mhi guide book 2010...kazuo tsukuda* 1 chairman hideaki omiya* 1 president assistant to president,...

GUIDE BOOK2010

Reason for Instituting the Creed

In Japan there are many enterprises with their own"creeds" which simply represent their managementconcept. Mitsubishi Heavy Industries, Ltd. has a creed ofthis type, also. This creed was instituted in 1970 on thebasis of the policy advocated by Koyata Iwasaki, presidentof Mitsubishi Goshi Kaisha in the 1920s, to indicate theessential attitude of the company, the mental attitude ofthe employees, and the future directions of the company.The reason for instituting the present creed is so that all ofus can call to mind our one hundred years of tradition, andstrive for further development in the future.

Creed

1. We strongly believe that the customer comes first andthat we are obligated to be an innovative partner tosociety.

2. We base our activities on honesty, harmony, and aclear distinction between public and private life.

3. We shall str ive for innovative management andtechnological development from an internationalperspective.

表2-PDF用(英) 10.8.26 1:37 PM ページ 1 (1,1)

1

I. An Outline of the Company

1. Outline ………………………………………………………………………………5

2. Objects of the Company……………………………………………………………6

3. Brief History …………………………………………………………………………7

4. Foundation …………………………………………………………………………8

5. CI Statement ………………………………………………………………………9

II. Stock

1. Stock Information …………………………………………………………………11

2. Major Shareholders ………………………………………………………………11

3. Classified by Types of Shareholders……………………………………………12

III. Board of Directors and Corporate Officers ……………………………………14

IV. Organization Chart …………………………………………………………………20

V. Statement of Accounts

1. Statement of Accounts (Consolidated) …………………………………………25

2. Statement of Accounts (Non-consolidated) ……………………………………31

VI. Personnel

1. Statement of Employees (Consolidated) ………………………………………35

2. Statement of Employees (Non-consolidated) …………………………………35

3. Breakdown of Newly Hired Employees (Non-consolidated) …………………35

VII. Headquarters & Divisions

1. Shipbuilding & Ocean Development Headquarters……………………………39

2. Power Systems Headquarters …………………………………………………49

3. Nuclear Energy Systems Headquarters ………………………………………57

4. Machinery & Steel Structures Headquarters …………………………………61

4-1. Environmental & Chemical Plant Division…………………………………70

4-2. Transportation Systems & Advanced Technology Division ……………71

4-3. Industrial Machinery Business, Technology & Solutions Division………74

5. Aerospace Headquarters…………………………………………………………77

6. General Machinery & Special Vehicle Headquarters …………………………84

7. Air-Conditioning & Refrigeration Systems Headquarters ……………………90

8. Machine Tool Division ……………………………………………………………96

CONTENTS

2

VIII. Works

1. Nagasaki Shipyard & Machinery Works ………………………………………103

2. Kobe Shipyard & Machinery Works……………………………………………107

3. Shimonoseki Shipyard & Machinery Works …………………………………112

4. Yokohama Machinery Works …………………………………………………114

5. Takasago Machinery Works……………………………………………………117

6. Nagoya Aerospace Systems Works …………………………………………120

7. Nagoya Guidance & Propulsion Systems Works ……………………………123

IX. Research & Development

1. Research & Development Organization ………………………………………127

2. Research & Development Centers ……………………………………………129

3. Recent Main Research & Development Activities……………………………131

4. Research & Development Costs ………………………………………………135

5. Technical License Agreements ………………………………………………136

6. Intellectual Property ……………………………………………………………137

X. Group Companies of Mitsubishi Heavy Industries, Ltd.

1. Group Companies of Mitsubishi Heavy Industries, Ltd. ……………………139

2. Group Business Status …………………………………………………………140

XI. Statement of Overseas Activities

1. Overseas Network ………………………………………………………………155

2. Overseas Sales …………………………………………………………………157

3. Major Supply Records …………………………………………………………159

XII. Society & Environment

1. Corporate Social Responsibility ………………………………………………177

2. Management ……………………………………………………………………178

3. Environmental Report …………………………………………………………180

4. Social Report ……………………………………………………………………182

XIII. Mitsubishi Minatomirai Industrial Museum ……………………………………184

XIV. Address List…………………………………………………………………………188

XV. Main PR materials …………………………………………………………………196

CONTENTS

00.Creed_Contents 10.9.27 10:41 AM ページ 1 (1,1)

4

Outline

Objects of the Company

Brief History

Foundation

CI Statement

!. An Outline of theCompany

01.Outline_of_the_Company 10.9.27 10:45 AM ページ 1 (1,1)

6

!. An Outline of the Company

5

1. Outline

■Name of the Company in Foreign Language :Mitsubishi Heavy Industries, Ltd.

■Head Office :2-16-5 Konan, Minato-ku, Tokyo, 108-8215 Japan

Phone : 81-3-6716-3111

Fax : 81-3-6716-5800

■President :Hideaki Omiya

■Foundation :July 7, 1884

■Establishment :January 11, 1950

■Capital :265.6 bil. yen (As of March 31, 2010)

■Orders Received :2,476.2 bil. yen (consolidated basis, April 1, 2009 - March 31, 2010)

1,938.7 bil. yen (non-consolidated basis, April 1, 2009 - March 31, 2010)

■Sales :2,940.8 bil. yen (consolidated basis, April 1, 2009 - March 31, 2010)

2,327.7 bil. yen (non-consolidated basis, April 1, 2009 - March 31, 2010)

■Domestic Offices :8

■Research & Development Centers :6

■Works :7

■Overseas Offices :10

■Employees :34,139 (As of March 31, 2010)

2. Objects of the Company

●The objects of the Company shall be to engage in the following businesses :

(1) building, sale, repair and salvaging and scrapping of ships and defense vessels;

(2) manufacture, sale and repair of special motor vehicles, railway rolling-stock and special

armored vehicles;

(3) manufacture, sale and repair of aircraft, space systems and missiles;

(4) manufacture, installation, sale and repair of turbines, boilers, internal combustion

engines, hydraulic turbines, nuclear equipment and other power systems;

(5) manufacture, installation, sale and repair of iron and steel manufacturing machinery,

ceramic machinery, mining machinery, chemical machinery, textile machinery, pulp and

paper making machinery, box making machinery, printing machinery, plastic processing

machinery, rubber and tire machinery, machine tools and tools, construction machinery,

refrigerating machinery, air-conditioning machinery, agricultural machinery, machinery

for cargo-hoisting and transportation, food machinery, packing machinery, blowers,

compressors, wind tunnels, hydraulic machinery, oil hydraulic equipment, pneumatic

control equipment, electric and electronic machinery and equipment, medical machinery

and various other machinery, equipment and apparatus for industrial and general use;

(6) manufacture, installation, sale and repair of air pollution prevention equipment, water

corruption prevention equipment, solid waste treatment equipment and other pollution

prevention and environmental improvement equipment;

(7) manufacture, installation, sale and repair of bridges, hydraulic gates, stacks, offshore

facilities and other steel structures and various iron works;

(8) manufacture, sale and repair of defense arms;

(9) design, observation and execution of civil engineering and construction work;

(10) lease, engineering and technical assistance for those items mentioned in the foregoing

sub-paragraphs and manufacture and sale of parts thereof;

(11) lease, purchase, sale and administration of real property;

(12) supply of electricity and heat;

(13) disposal of general and industrial waste;

(14) launching of satellites; and

(15) all businesses incidental or relating to those items mentioned in the foregoing sub-

paragraphs.


8

!. An Outline of the Company

7

3. Brief History

1950

July 7, 1884

1870

1964

[Origin]

[Foundation]

[Merger of three companies]

[Establishment]

Nagasaki Forge of Tokugawa Shogunate

1857

Government-owned Nagasaki Iron Works

Government-owned Nagasaki Shipyard

1868

Mitsubishi Shokai

Mitsubishi Steamship Co.

Mitsubishi Mail Steamship Co.

Mitsubishi-sha, Ltd.

1883

Mitsubishi Goshi Kaisha

Shipbuilding Division of Mitsubishi Goshi Kaisha

Central Japan Heavy Industries, Ltd.

Shin Mitsubishi Heavy-Industries, Ltd.

Mitsubishi Shipbuilding Co., Ltd.

Mitsubishi Electric Corporation

Mitsubishi-sha, Ltd.

Mitsubishi-honsha, Ltd.

Mitsubishi Steel Mfg. Co., Ltd.

Mitsubishi Heavy Industries, Ltd.

East Japan Heavy-Industries, Ltd.

Mitsubishi Nippon Heavy-Industries, Ltd.

1952

West Japan Heavy-Industries, Ltd.

Mitsubishi Shipbuilding & Engineering Co., Ltd.

Mitsubishi Atomic Power Industries, Inc.

Dissolution 1946

Tsukumo Shokai

Mitsubishi Internal Combustion Engine Mfg. Co., Ltd.

Mitsubishi Internal Combustion Engine Co., Ltd.

Mitsubishi Aircraft Co., Ltd.

Yokohama Dock Co., Ltd.

Mitsubishi Machine Tool Mfg. Co., Ltd.

MITSUBISHI HEAVY INDUSTRIES, LTD.

Mitsubishi Motors Corporation

1873

1875

1875

1886

1893

1907

1917

1937

1943

1921

1942

1950

1952

1934

1920

1921

1928

1935

1945

1950

1952

1970

1995

4. Foundation

■The Date of Foundation

The Mitsubishi Mail Steamship Co., the predecessor to Mitsubishi Honsha, Ltd., got to its

start in the shipbuilding business on July 7, 1884 by leasing the Government-owned

Nagasaki Shipyard (the shipyard is now called Nagasaki Zosensho).

This work for this endeavor required much more than the takeover of the personnel, facilities,

and organization of a government shipyard. Indeed, this medium-sized steamship company

immediately took on projects commissioned by the government and began developing the

Japanese shipbuilding industry based on its own plans, and at its own risk. For this reason,

July 7, 1884 is now commemorated as the starting point for Mitsubishi Heavy Industries, Ltd.

■Origin of the Mitsubishi Logo

The “Three Diamonds,” the company logo of Mitsubishi Heavy Industries, Ltd., originated as

a design by Tsukumo Shokai, one of the forefathers of the company, as an emblem on the

flag of a company ship. Tsukumo Shokai had designed the shape as a modification of the

family emblem of Yataro Iwasaki, the founder of Mitsubishi. After several transformations

(shown below), the present-day symbol came to be used for Mitsubishi Goshi Kaisha. The

three diamond symbol is now known throughout the world as the logo of Mitsubishi Heavy

Industries, Ltd. and the 92 companies in and affiliated with the Mitsubishi Group.


9

5. CI Statement

We have established our CI (Corporate Identity) statement for the purpose of briefly

expressing our existence value, delivering both inside and outside the company. The

statement — “Our Technologies, Your Tomorrow” — represents our intention to “continuously

provide an assured future where people can live safe, secure and enriched lives through

technologies that can excite people and passion as a manufacturer for the sustainability of

the earth and humankind.”

＜CI statement logo＞

Going forward, we intend to further contribute to the advancement of society as a

manufacturer by encouraging all employees to collaborate ever more closely in carrying out

the company’s role and mission expressed in the CI statement.

10

Stock Information

Major Shareholders

Classified by Types of Shareholders

@. Stock


12

@. Stock

11

Stock

1. Stock Information (As of March 31, 2009)

■No. of StocksTotal Number of Issuable Shares 6,000,000,000 shares

Total Number of Shares Issued 3,373,647,813 shares

■ShareholdersNumber of shareholders 368,762 persons

Average holdings per person 9,149 shares

2. Major Shareholders (As of March 31, 2010)

@. Stock

Number of Shares owned by Major ShareholderShareholder

4.6％155,104,900Japan Trustee Services Bank, Ltd.(Holder in Trust)

3.9132,051,000The Master Trust Bank of Japan, Ltd.(Holder in Trust)

3.7125,666,000The Nomura Trust and Banking Co., Ltd.(Holder in Retirement Benefit Trust for The Bank of Tokyo-Mitsubishi UFJ, Ltd.)

2.480,022,741Meiji Yasuda Life Insurance Company

1.550,400,000Tokio Marine & Nichido Fire Insurance Co., Ltd.

1.445,934,000The Nomura Trust and Banking Co., Ltd.(Holder in Retirement Benefit Trust for Mitsubishi UFJ Trust and Banking Corporation)

1.238,875,700OD 05 Omnibus China Treaty 808150

1.138,070,000Japan Trustee Services Bank, Ltd.(Holder in Trust 9)

0.931,683,447MHI Stock Ownership Plan

0.828,056,000JFE Steel Corporation

3. Classified by Types of Shareholders (As of March 31, each year)

（1.54％）�

（28.91％）� （41.87％）� （7.37％）� （20.31％）�

（7.37％）�（33.25％）� （34.54％）� （7.26％）� （22.87％）�

（2.08％）�

（35.98％）� （31.81％）� （6.89％）� （24.41％）�

（0.91％）�

（30.12％）� （32.40％）� （6.18％）� （30.16％）�

（1.14％）�

（28.44％）� （31.75％）� （6.35％）� （31.59％）�

（1.87％）�

（35.18％）� （30.14％）� （7.50％）� （25.03％）�

（2.15％）�

（0.01％）�

（37.49％）� （34.85％）� （9.58％）� （16.47％）�

（1.61％）�

（0.01％）�

（36.93％）� （32.43％）� （9.64％）� （19.45％）�

（1.54％）�

2001

2002

2003

2004

2005

2006

2007

2008

2009

2010

（0.24％）�

Financial Institutions（39.86％）�

（42.92％）�

Individuals and others（27.24％）�

（26.91％）� （7.43％）� （22.50％）�

Other Corporations（8.57％）�

Foreign Institutions and Individuals（23.96％）�

Securities Companies（0.37％）�

Government and Local Public �　　　　Entities

02.Stock 10.9.27 10:49 AM ページ 11 (1,1)

14

#. Board of Directors and Corporate Officers

03.Board_of_Directors 10.9.27 10:47 AM ページ 1 (1,1)

16


Name

Kazuo Tsukuda*1 Chairman

Hideaki Omiya*1President

Assistant to President, Director in charge of Production System Innovation Planning, Sustainability Energy & Environment Strategic Planning

Ichiro Fukue*1

Director, SeniorExecutive Vice President

Assistant to President, General Manager, Presidential Administration Office

Hiroshi Kan*1

Director, SeniorExecutive Vice President

Assistant to President, General Manager, Technical Headquarters, Director in charge of Information Systems & Communication

Sunao Aoki*1

Director, SeniorExecutiveVice President

Director in charge of Internal Audit, Corporate Social Responsibility, General Affairs, Legal and Personnel

Katsuhiko Yasuda*1

Director, Executive Vice President

General Manager, Nuclear Energy Systems HeadquartersAkira Sawa*1


General Manager, Aerospace HeadquartersTeruaki Kawai*1


General Manager, Machinery & Steel Structures Headquarters

Shunichi Miyanaga*1


General Manager, Power Systems HeadquartersYoshiaki Tsukuda*1


(As of July 1, 2010)

Name

Director in charge of Accounting, Finance and MaterialYujiro Kawamoto*1

Director, ExecutiveVice President

General Manager, Shipbuilding & Ocean Development Headquarters

Hisashi Hara*1

Director, ExecutiveVice President

General Manager, Production System Innovation Planning Department

Makoto Shintani

Director, Senior Vice President

Deputy General Manager, Machinery & Steel Structures Headquarters

Takashi Abe


General Manager, General Machinery & Special Vehicle Headquarters

Akira Hishikawa


Advisor, Executive Technical Advisor of Aisin Seiki Co., Ltd. Akihiro Wada*2Director

Former Vice-Minister for International Affairs of the Ministry of International Trade and Industry

Yoshihiro Sakamoto*2 Director

Chairman of the Board of Mitsubishi CorporationYorihiko Kojima*2Director

Koshin Nakamoto StatutoryAuditor

Naoki YasakaStatutoryAuditor

Senior Adviser of Mitsubishi UFJ Trust and Banking Corporation

Toyoshi Nakano*3StatutoryAuditor

Executive Adviser of All Nippon Airways Co., Ltd.Kichisaburo Nomura*3 StatutoryAuditor

Chairman of The Bank of Tokyo-Mitsubishi UFJ, Ltd.Nobuo Kuroyanagi*3 StatutoryAuditor

15

Board of Directors and Corporate Officers


Name

General Manager, Nagasaki Shipyard & Machinery WorksKazuo SomaSenior VicePresident

General Manager, Machine Tool DivisionAkihiko FujiwaraSenior VicePresident

Deputy General Manager, Shipbuilding & Ocean Development Headquarters

Shigeto MatsumuraSenior VicePresident

Chief Coordinator, Machinery & Steel Structures Headquarters Held also the post of President, Mitsubishi-Hitachi Metals Machinery, Inc.

Yasukuni YamasakiSenior VicePresident

��

��

��

18


17

Name

President, Mitsubishi Heavy Industries Printing & Packaging Machinery, Ltd.

Ken WatabeSenior VicePresident

Deputy General Manager, Machinery & Steel Structures Headquarters

Takato NishizawaSenior VicePresident

Deputy General Manager, Power Systems HeadquartersHeld also the post of General Manager, Renewable Energy Business Division

Noriaki FuseyaSenior VicePresident

Deputy General Manager, Power Systems HeadquartersMasafumi WaniSenior VicePresident

Deputy General Manager, Power Systems HeadquartersAtsushi MaekawaSenior VicePresident

President, Mitsubishi Nuclear Energy Systems Inc.Kiyoshi YamauchiSenior VicePresident

General Manager, Kobe Shipyard & Machinery WorksShigero MasamoriSenior VicePresident

General Manager, Nagoya Aerospace Systems WorksShinichi YoshidaSenior VicePresident

Deputy General Manager, Power Systems Headquarters Held also the post of General Manager, Power Systems Plant Engineering & Construction Division

Koji HiramotoSenior VicePresident

Deputy General Manager, Aerospace HeadquartersTakashi KobayashiSenior VicePresident

President, Mitsubishi Turbocharger Asia Co., Ltd.Shigeki IwamatsuSenior VicePresident

Deputy General Manager, Technical HeadquartersToshio KodamaSenior VicePresident

General Manager, Global Strategic Planning & Operations Headquarters

Yukinori HoriguchiSenior VicePresident

General Manager, Air-Conditioning & Refrigeration Systems Headquarters

Masahiko AriharaSenior VicePresident

General Manager, General Affairs DepartmentToshiro YagamiSenior VicePresident

Deputy General Manager, Nuclear Energy Systems Headquarters

Takashi SudoSenior VicePresident

Deputy General Manager, Aerospace HeadquartersHisakazu MizutaniSenior VicePresident

General Manager, Industrial Machinery Business, Technology & Solutions Division of Machinery & Steel Structures Headquarters

Yoichi KujiraiSenior VicePresident


20

$. Organization Chart

04.Organization_Chart 10.9.27 10:50 AM ページ 1 (1,1)

21

Organization Chart

22


ExecutiveCommittee

Boardof

Statutory Auditors

Statutory Auditor

Statutory Auditors’Office

Board of

DirectorsPresident

PresidentialAdministrationOffice

Corporate Planning Dept.Group Management Dept.Corporate Communication Dept.

Internal Audit Dept.Corporate Social Responsibility Dept.

Information Systems & Communications Dept.General Affairs Dept.Legal Dept.Personnel Dept.Accounting Dept.Finance Dept.Material Dept.

TechnicalHeadquarters

Technology Planning Dept.Intellectual Property Dept.Advanced Technology Research CenterNagasaki Research & Development CenterTakasago Research & Development CenterHiroshima Research & Development CenterYokohama Research & Development CenterNagoya Research & Development Center

Kansai OfficeChubu OfficeKyushu OfficeHokkaido OfficeChugoku OfficeTohoku OfficeHokuriku OfficeShikoku Office

Jakarta Liaison OfficeTaipei Liaison Office

Production System Innovation Planning Dept.

Sustainability Energy & Environment Strategic Planning Dept.

Joint Lithium Battery Operations Dept.

Shipbuilding & OceanDevelopment Headquarters

Nuclear Energy SystemsHeadquarters

Machinery & SteelStructures Headquarters

Aerospace Headquarters

General Machinery & Special VehicleHeadquarters

Air-Conditioning &Refrigeration SystemsHeadquarters

Shipbuilding & Ocean Development Administration Dept.Ship & Ocean Business Dept.Defense Ship Dept.Ship & Ocean Engineering Dept.Ship & Ocean Production Designing Dept.Yokohama Ship Repair & Marine Engineering Dept.

Planning & Accounting Dept.General Affairs Dept.Process Innovation & IT Strategy Dept.Power Systems Business Strategy & Planning Dept.Procurement Control Dept.Utility Power Systems Dept.Industrial Energy Power Systems Dept.Power Systems International Operations Dept.Power Systems Quality Management Dept.Power Systems Production Management Dept.Power Systems Service Management Dept.New Energy Systems Dept.Steam Turbine Engineering & Production Integration Dept.Boiler Engineering Dept.Power Systems Project Management Dept.Nagasaki Power Systems Project Management Dept.Takasago Power Systems Project Management Dept.Plant Engineering & Procurement Dept.Estimate Control Dept.Power Systems Project Engineering Dept.Control System Engineering Dept.Nagasaki Plant Engineering Dept.Yokohama Power Plant Engineering Dept.Takasago Power Plant Engineering Dept.Civil Engineering Dept.Nagasaki Plant Construction Dept.Yokohama Power Plant Construction Dept.Takasago Power Plant Construction Dept.Wind-turbine Business Unit Solar Power System Business UnitIndian Power System Joint Venture Operations Dept.

Nuclear Energy Systems Safety & Quality Management Dept.Nuclear Energy Systems Administration Dept.Nuclear Energy Systems Group Management Dept.Nuclear Energy Systems Dept.Global Nuclear Business & Operations Dept.US-APWR Estimation & Budget Control Dept.Nuclear Systems Engineering Dept.Water Reactor Project Dept.Nuclear Fuel Cycle Engineering & Project Promoting Dept.APWR Promoting Dept.ATMEA 1 Development Dept.Reactor Core Engineering Dept.Reactor Safety Engineering Dept.Nuclear Plant Engineering Dept.Nuclear Electrical & Control Engineering Dept.

Aerospace Administration Dept.Defense Aircraft & Aeroengine Dept.Guided Weapon Systems Dept.Civil Aircraft & Aeroengine Dept.Space Systems Dept.

Internal Control & Business Process Re-engineering Dept.Global Technology & Quality Management Dept.Quality Assurance Dept.Planning & Accounting Dept.General Affairs Dept.Purchasing Dept.Power Train System Dept.Turbocharger Sales Dept.Turbocharger Engineering Dept.Meiki Gasoline Engine Dept.Engine Sales Dept.Engine Engineering Dept.Forklift Dept.Special Vehicle Sales Dept.Special Vehicle Engineering Dept.Production Planning & Control Dept.Production Dept.

Nuclear EnergySystems EngineeringCenter

Power Systems PlantEngineering &Construction Division

Renewable EnergyBusiness Division

Nagasaki Shipyard & Machinery WorksKobe Shipyard & Machinery WorksShimonoseki Shipyard & Machinery WorksNagoya Aerospace Systems WorksNagoya Guidance & Propulsion Systems Works

Yokohama Machinery WorksTakasago Machinery Works

Corporate Social Responsibility Dept.Consolidated Management & Coordination Dept.Machinery & Steel Structures Administration Dept.Iwatsuka Area Management Dept.Mihara Area Management Dept.Procurement Control Dept.Information Technology Dept.Project Integration & Risk Control Dept.Strategic Business Development Office for the UAECivil Engineering Dept.Global Manufacturing Management & Coordination Dept.

General Affairs Dept.Material Dept.Air-Conditioner Sales Dept.Air-Conditioner Designing & Engineering Dept.Air-Conditioner & Reefer Production Dept.Automotive Thermal Systems Dept.Automotive Thermal Systems Production Dept.Transportation Refrigeration Dept.Centrifugal & Absorption Chiller Dept.Quality Assurance Dept.

Machine Tool Division

General Affairs Dept.Material Dept.Sales Dept.Quality Assurance Dept.Engineering Dept.Production Dept.

Environmental & Chemical Plant DivisionTransportation Systems & Advanced Technology DivisionIndustrial Machinery Business, Technology & Solutions Division

Global StrategicPlanning &OperationsHeadquarters

Overseas Business Promotion Dept.Overseas Administration Dept.

Power SystemsHeadquarters


(As of Aug. 1, 2010)

04.Organization_Chart 10.9.27 10:50 AM ページ 21 (1,1)

24

Statement of Accounts (Consolidated)

Statement of Accounts (Non-consolidated)

%. Statement of Accounts

05.Statement_of_Accounts 10.9.27 10:51 AM ページ 1 (1,1)

(Unit : billions of yen)Transition of main financial data

２００９２００８２００７２００６２００５２００４２００３２００２２００１２０００

2,476.23,268.73,715.23,274.72,942.02,722.82,662.82,480.92,424.92,640.3Orders received

2,940.83,375.63,203.03,068.52,792.12,590.72,373.42,593.82,863.93,045.0Net sales

65.6105.8136.0108.970.914.766.6115.378.674.8Operating income (loss)

24.075.3109.583.050.312.529.778.167.963.2Ordinary income (loss)

28.164.9101.383.752.316.350.166.148.0-5.1Income (loss) before income taxes

14.124.261.348.829.84.021.734.326.4-20.3Net income (loss)

4,262.84,526.24,517.14,391.84,047.13,831.13,715.33,666.83,915.24,236.6Total assets

1,328.71,283.21,440.41,446.41,376.21,309.91,324.41,270.91,282.71,278.2Net assets

1,495.31,612.81,365.31,273.51,198.61,172.81,101.21,122.91,049.91,090.6Debt with interest

177.1196.6191.4175.9140.5112.2109.8119.1109.796.4Capital investment

140.4153.8129.2106.7100.899.199.897.095.999.3Depreciation

117.979.5161.8158.773.9107.0134.250.099.1254.1Cash flows from operating activities

-180.7-156.5-193.0-158.6-104.0-163.3-95.3-106.1-89.5-76.1Cash flows from investing activities

-62.7-77.0-31.20-30.1-56.238.8-56.09.5177.9Free cash flows

-105.2262.071.248.77.957.9-44.459.3-69.4-131.2Cash flows from financing activities

26


25

1. Statement of Accounts (Consolidated)

(bil.yen)Orders received

2000 2001 2002 2003 2004 2005 2006 2007 2008 20090

1,000

2,000

4,000

3,000

(bil.yen)

0

1,000

2,000

3,000

4,000

Net sales

2000 2001 2002 2003 2004 2005 2006 2007 2008 2009

(bil.yen)Net income (loss)�

2000 2001 2002 2003 2004 2005 2006 2007 2008 2009-150

-100

-50

0

50

100

150

(bil.yen)

0

1,000

2,000

3,000

4,000

5,000

Total assets�

2000 2001 2002 2003 2004 2005 2006 2007 2008 2009

(bil.yen)

-50

0

50

100

150

200

250

Operating income (loss)

2000 2001 2002 2003 2004 2005 2006 2007 2008 2009

(bil.yen)

0

500

1,000

2,000

1,500

Debt with interest

2000 2001 2002 2003 2004 2005 2006 2007 2008 2009

(bil.yen)

0

500

1,000

1,500

Net assets

2000 2001 2002 2003 2004 2005 2006 2007 2008 2009

(bil.yen)

-100

-50

0

50

100

150

200

Free cash flows

2000 2001 2002 2003 2004 2005 2006 2007 2008 2009


28


２００９２００８２００７２００６２００５２００４２００３２００２２００１２０００Unit

1.11.84.33.52.20.31.72.72.1-1.6％Return on equity

0.30.51.41.20.80.10.60.90.6-0.5％Return on total assets

2.23.14.23.52.50.62.84.42.72.5％Operating income ratio

30.027.431.432.534.034.235.634.732.830.2％Equity to assets ratio

91.7041.3023.3152.3563.25236.5552.3028.0055.10－timesPrice earnings ratio

4.227.2218.2814.568.851.206.4610.147.84-6.03yenEarning per share

380.80369.94423.17425.54410.15390.44393.17376.76380.22378.96yenBook value per share

Main financial index

27

(Notes) Return on equity = net income (loss) / stockholders' equity average of the beginning and the end of periodReturn on total assets = net income (loss) / total assets average of the beginning and the end of periodOperating income ratio = operating income (loss) / Net salesEquity to assets ratio = stockholders' equity / total assetsPrice earnings ratio = stock price (year-end close) / income (loss) per shareEarning per share = net income (loss) / total number of shares issued Book value per share = Net assets / total number of shares issued

(%)

-15.0

-10.0

-5.0

0.0

5.0

10.0

15.0

Return on equity

2000 2001 2002 2003 2004 2005 2006 2007 2008 2009

(%)

-4.0

-2.0��

0.0

2.0��

4.0

Return on total assets

2000 2001 2002 2003 2004 2005 2006 2007 2008 2009

(times)Price earnings ratio

2000 2001 2002 2003 2004 2005 2006 2007 2008 2009-100.00

-50.00

0.00

50.00

100.00

150.00

200.00

250.00

(%)

-2.0

0.0

2.0

4.0

6.0

8.0

Operating income ratio

2000 2001 2002 2003 2004 2005 2006 2007 2008 2009

(%)

0.0

20.0

30.0

40.0

50.0

2000 2001 2002 2003 2004 2005 2006 2007 2008 2009

Equity to assets ratio


30

(Unit : billions of yen)

(Unit : billions of yen)Orders Received by Industry Segment (Consolidated) Operating income by Industry Segment (Consolidated) (Unit : billions of yen)２００９２００８２００７２００６２００５２００４２００３２００２150.8

（6.1%）271.3

（8.3%）353.6

（9.5%）314.2

（9.6%）207.4

（7.1%）299.3

（11.0%）329.9

（12.4%）257.0

（10.4%）Shipbuilding & Ocean Development

982.2（39.7%）

1,148.8（35.1%）

1,214.9（32.7%）

1,008.2（30.8%）

872.8（29.7%）

691.4（25.4%）

670.7（25.2%）

608.3（24.5%）

Power Systems

323.8（13.1%）

527.8（16.2%）

557.3（15.0%）

469.0（14.3%）

515.8（17.5%）

455.5（16.7%）

422.7（15.9%）

388.5（15.7%）

Machinery and steel structures

435.5（17.6%）

510.8（15.6%）

615.8（16.6%）

543.3（16.6%）

451.5（15.3%）

411.0（15.1%）

407.5（15.3%）

441.2（17.8%）Aerospace

541.3（21.8%）

767.0（23.5%）

901.7（24.3%）

856.6（26.2%）

814.8（27.7%）

747.9（27.5%）

727.1（27.3%）

677.3（27.3%）

Mass and Medium-Lot Manufactured Machinery

42.4（1.7%）

42.8（1.3%）

71.7（1.9%）

83.0（2.5%）

79.6（2.7%）

117.4（4.3%）

104.6（3.9%）

108.3（4.3%）Others

2,476.2（100.0%）

3,268.7（100.0%）

3,715.2（100.0%）

3,274.7（100.0%）

2,942.0（100.0%）

2,722.8（100.0%）

2,662.8（100.0%）

2,480.9（100.0%）Total

２００９２００８２００７２００６２００５２００４２００３２００２２００１２０００

14.51.64.0-5.3-10.6-11.7-14.911.15.4-4.1Shipbuilding & Ocean Development

82.680.058.256.738.316.023.451.931.529.0Power Systems

30.131.611.32.92.3-8.79.610.09.58.4Machinery and steel structures

-6.4-10.314.614.416.58.729.540.933.332.8Aerospace

-62.6-7.040.031.316.74.39.8-3.4-8.20.4Mass and Medium-Lot Manufactured Machinery

7.49.97.68.87.56.09.04.66.98.2Others

65.6105.8136.0108.970.914.766.6115.378.674.8Total

２００９２００８２００７２００６２００５２００４２００３２００２２００１２０００230.6（7.8%）

240.1（7.1%）

283.9（8.9%）

247.1（8.1%）

222.6（8.0%）

271.5（10.5%）

200.0（8.4%）

265.8（10.2%）

290.0（10.1%）

293.7（9.6%）

Shipbuilding & Ocean Development

1,066.1（36.3%）

1,209.1（35.8%）

946.9（29.6%）

890.7（29.0%）

710.9（25.5%）

629.6（24.3%）

549.8（23.2%）

646.2（24.9%）

899.7（31.4%）

900.3（29.6%）

Power Systems

542.0（18.4%）

542.2（16.1%）

472.5（14.7%）

511.6（16.7%）

538.7（19.3%）

459.3（17.7%）

471.5（19.9%）

418.7（16.1%）

430.0（15.0%）

541.2（17.8%）

Machinery and steel structures

500.2（17.0%）

512.3（15.2%）

500.5（15.6%）

495.0（16.1%）

445.9（16.0%）

407.9（15.7%）

392.2（16.5%）

506.7（19.5%）

472.0（16.5%）

522.2（17.2%）Aerospace

544.3（18.5%）

805.4（23.8%）

913.6（28.5%）

849.0（27.7%）

805.0（28.8%）

757.8（29.3%）

687.6（29.0%）

683.8（26.4%）

696.9（24.3%）

717.0（23.5%）


57.4（2.0%）

66.3（2.0%）

85.4（2.7%）

74.8（2.4%）

68.7（2.4%）

64.3（2.5%）

72.0（3.0%）

72.4（2.9%）

75.2（2.7%）

70.2（2.3%）Others

2,940.8（100.0%）

3,375.6（100.0%）

3,203.0（100.0%）

3,068.5（100.0%）

2,792.1（100.0%）

2,590.7（100.0%）

2,373.4（100.0%）

2,593.8（100.0%）

2,863.9（100.0%）

3,045.0（100.0%）Total

Sales by Industry Segment (Consolidated)

29


05.Statement_of_Accounts 10.10.13 5:36 PM ページ 29 (1,1)

32


Transition of main financial data

２００９２００８２００７２００６２００５２００４２００３２００2２００１２０００

1,938.72,462.72,903.12,586.62,318.32,202.02,159.22,050.71,970.42,213.8Orders received

2,327.72,647.22,471.12,426.62,206.72,097.91,940.12,171.72,388.62,637.7Net sales

47.156.994.971.638.2-9.735.2103.066.852.8Operating income (loss)

20.046.868.257.432.4-9.67.565.159.446.5Ordinary income (loss)

21.963.254.259.035.30.223.754.533.424.4Income (loss) before income taxes

18.444.834.439.526.1-2.05.230.122.415.0Net income (loss)

3,695.63,898.73,839.73,743.23,587.73,288.83,139.93,071.63,263.03,611.7Total assets

1,142.41,125.01,240.41,273.01,307.01,147.51,166.21,129.11,115.81,128.3Net assets

(Unit : billions of yen)

Main financial index

２００９２００８２００７２００６２００５２００４２００３２００２２００１２０００Unit

4.06.06.06.04.04.06.06.04.04.0yenDividend per share

31

2. Statement of Accounts (Non-consolidated)

(bil.yen)

0

1,000

2,000

3,000

4,000

Orders received

2000 2001 2002 2003 2004 2005 2006 2007 2008 2009

(bil.yen)

0

500

1,000

1,500

2,000

2,500

3,000

Net sales

2000 2001 2002 2003 2004 2005 2006 2007 2008 2009

(bil.yen)

-100

-50

50

100

150

200

Operating income (loss)

2000 2001 2002 2003

0

2004 2005 2006 2007 2008 2009

(bil.yen)

-150

-100

-50

0

50

100

150

Net income (loss)�

2000 2001 2002 2003 2004 2005 2006 2007 2008 2009

(bil.yen)

0

1,000

2,000

3,000

4,000

5,000

Total assets�

2000 2001 2002 2003 2004 2005 2006 2007 2008 2009

(bil.yen)

0

500

1,000

1,500

Net assets

2000 2001 2002 2003 2004 2005 2006 2007 2008 2009


34

^. Personnel

Statement of Employees (Consolidated)

Statement of Employees (Non-consolidated)

Breakdown of Newly Hired Employees(Non-consolidated)

06.Personnel 10.9.27 10:53 AM ページ 1 (1,1)

２００９２００８２００７２００６２００５２００４２００３２００２２００１２０００

34,13933,61433,08932,55232,62733,50034,39635,53036,69237,934No. of employees39.440.240.941.441.541.541.441.441.541.3Average age17.418.319.320.020.220.320.220.320.420.2Average length of service

7,267,2107,568,8307,588,3107,482,6997,272,6177,300,7507,267,2807,216,0707,099,0196,874,225Average salary (Notes) ※ Data of employees as of March 31 each year.1. Employees on secondment to subsidiaries, non-regular employees, and part-time employees are not included.2. Average salary is average monthly salary before tax from April to March, including non-standard wages but excluding 　 bonuses and other extra allowances.

(Unit: person)New Graduates Hired Employees２０１０２００９２００８２００７２００６２００５２００４２００３２００２２００１

157206149126102112891019167Business affairs515614525420323309307331301240Engineer672820674546425421396432392307Total1081359368524629566345College of Technology graduates10914810882403837397036High school graduates, other583702637613402344264327359266Manufacturing employees1,4721,8051,5121,309919849726854884654Total

※ No. of new graduates as of April 1st each year

University

graduates

(Unit: person)２００９２００８２００７２００６２００５２００４２００３２００２２００１２０００

4,9695,0355,1965,2855,3885,5315,7075,7965,9466,208Shipbuilding & Ocean Development18,63317,29615,97815,07014,21813,74913,66513,94914,16314,441Power Systems7,5707,6357,6628,2468,9987,8398,1218,1368,4458,785Machinery and steel structures9,6799,2318,7248,2117,7127,3147,3747,5047,6157,637Aerospace17,77719,00517,48917,03216,93016,15416,20317,34617,93518,127Mass and Medium-Lot

Manufactured Machinery

9,0419,2149,0549,0968,9668,6538,8798,5618,6498,798Others67,66967,41664,10362,94062,21259,24059,94961,29262,75363,996Total

※ Data of employees as of March 31 each year.

Segment

Mid-career Workers Hired Employees２００９２００８２００７２００６２００５２００４２００３２００２２００１２０００

2656434372578438－－－－Business affairs & Engineer187262273230752－－－－Manufacturing employees45290571048715940－－－－Total

※ Data of employees as of March 31 each year. 36

^. Personnel

35

1. Statement of Employees (Consolidated)

2. Statement of Employees (Non-consolidated)

3. Breakdown of Newly Hired Employees (Non-consolidated)

06.Personnel 10.9.27 10:53 AM ページ 35 (1,1)

38

Shipbuilding & Ocean Development Headquarters

Power Systems Headquarters

Nuclear Energy Systems Headquarters

Machinery & Steel Structures Headquarters

Aerospace Headquarters

General Machinery & Special Vehicle Headquarters

Air-Conditioning & Refrigeration Systems Headquarters


&. Headquarters &Divisions

07.Headquarters&Divisions 10.9.27 10:55 AM ページ 1 (1,1)

40

&. Headquarters & DivisionsShipbuilding & Ocean Development Headquarters

39

1. Shipbuilding & Ocean Development Headquarters

■ Shipbuilding

QOutlineœ

The MHI Shipbuilding Division has delivered LNG carriers (Moss type, Membrane type), LPG

carriers, and VLCCs to support the transportation of energy resources, as well as a new

generation of container carriers, RO/RO passenger ferries, and pure car carriers to support

global logistics, based on more than a century of experience in advanced shipbuilding. The

Headquarters also produces large cruise ships that support people’s leisure activities.

Employing the very latest technologies, the Division continues to develop highly reliable

structures and high-performance hull forms with optimally low energy consumption, while

enhancing economical efficiency, reliability, and safety through the development of

technologies such as energy-saving propulsion plant systems and maritime safety systems.

The advanced technology used in its repair and conversion works has been of paramount

importance in ensuring substantial economic improvements, as well as safe working

environments in the shipbuilding industry.

QMain Productsœ

Main Types of Newbuildings

¡Tankers: LNG carriers (Moss type, Membrane type), LPG carriers, crude oil carriers

(VLCC), multi-purpose gas carriers, etc.

¡Cargo ships: container carriers, RO/RO ships, heavy lifters, high-speed cargo ships

¡Passenger ships: cruise ships, RO/RO passenger ferries, high-speed ships

¡Industrial carriers: pure car and truck carriers, etc.

¡Special-purpose vessels: cable layers, survey/research/training ships, pollution-treatment

ships (oil-recovery ships), ships to collect sea-borne debris, spent fuel carriers, firefighting

ships, and pollution-prevention ships

¡Defense & patrol vessels: for the Ministry of Defense and Japan Coast Guard

Ship Repairing Conversion

The Shipbuilding Headquarters has extended its shipbuilding experience by performing a

great many vessel conversions using unique construction methods to improve structures and

economy.

¡Conversions:

Hull enlargement and hull shortening

Re-freshing of accommodation for cruise ships

Re-engining and replacement of cargo-handling machines to optimize energy efficiency

Broad conversion work to change the basic configurations of vessels (from cargo ships and

tankers to single-purpose carriers, chemical carriers, and special-purpose vessels)

¡General repair: periodical surveys, damage repair, modification work, maintenance

Other Products and Services

¡Various automated systems: ship operation support system for integrated bridge operation,

machinery operation and cargo-handling ship-shore information system, and other special

computer systems.

¡Training simulator: operation training system for merchant ships, training simulators for the

Japanese Maritime Self-Defense Force

¡Technical services: engineering assistance, technological assistance, shipbuilding facility

engineering


42


41

■Marine Structures

QOutlineœ

MHI’s Marine Structures Division manufactures a variety of equipment, facilities, and systems

related to marine research, surveys, and development, as well as offshore oil and gas

production. The Division also manufactures and develops a broad range of products and

technologies to meet society’s needs, including products and technologies for the expanded

and efficient development of port facilities, the exploration and recovery of ocean resources

and offshore oil fields, the use of marine space, and the prevention of ocean pollution. More

recent achievements have included the development of the URASHIMA, the world’s first

autonomous underwater vehicle powered by fuel cells, which recorded a continuous cruising

distance of 314 km off the shore of Suruga basin in February 2005, and the CHIKYU, a deep-

sea scientific riser drilling vessel.

QMain Productsœ

¡Offshore oil production facilities: floating, production, storage and off-loading barge,

support vessel for offshore oil development.

¡Offshore oil-loading facilities: oil-storage barges, single-point moorings, sea berths,

offshore CTS systems

¡Others: deep-sea scientific riser drilling vessels, various marine facilities, deep-strata

chemical mixer barges, crane barges, oil- and gas-loading facilities, multi-purposes service

vessels, geophysical survey ships, submersible research vessels, dredgers, underwater

vehicles, underwater robots, motion simulation theater, floating intelligent buildings.

1887 Completed Japan’s first steel passenger and cargo ship, the YUGAO MARU.

1940 Completed the NITTA MARU and YAWATA MARU, two luxury passenger ships.

1942 Completed the MUSASHI, the world’s largest battleship of the day.

1956 Nagasaki Shipyard & Engine Works became the world’s highest aggregate

launched gross tonnage work. Japan became the world’s top shipbuilding country.

1963 Began construction on the OSHIO, the largest submarine produced since World

War@.

1971Completed three of the world’s largest high-speed container ships.

～72

1974 MHI’s shipbuilding activities peaked, totaling an aggregate of 3,700,000 gross tons

(48 vessels) launched (including 19 VLCCs).

1982 Completed the RIVER BOYNE, the first of a new-generation of coal-fired

steamships.

1983 Completed two large LNG carriers.

1989 Completed the FUJI MARU, a large cruise passenger ship.

Completed the HAKUHO MARU, an advanced oceanographic research vessel.

1990 Completed the CRYSTAL HARMONY, the world’s most luxurious cruise ship.

1991 Completed the NEDLLOYD EUROPA, a hatch coverless container ship.

Completed the ASUKA, Japan’s largest cruise ship of the day.

1992 Completed the KDD OCEAN LINK, the world’s most advanced cable layer.

Completed the YAMATO!, a superconductive electromagnetic propulsion ship.

1993 Completed the KONGO, an AEGIS destroyer.

Completed the RAINBOW, a hydrofoil catamaran.

1994 Completed the EVER RENOWN, a large container ship.

1996 Completed one of the world’s largest LNG carriers.

1997 Completed the UNICORN, one of the fastest mono-hull type high-speed car ferries.

1998 Completed the SUBARU, Japan’s largest cable layer.

1999 Completed two the world’s fastest RO/RO ferries.

2000 Completed the EUROPEAN CAUSEWAY, the first RO/RO Passenger Ferry for P&O.

Completed the LNG JAMAL, the first LNG carrier fitted with a re-liquefaction plant.

2001 Completed the NEW CENTURY 1, the most advanced pure car carrier.

2002 Completed the PUTERI INTAN SATU, a membrane tank type LNG carrier.

2003 Completed the HIMAWARI No. 5, the HIMAWARI No. 6, the SUNFLOWER

HAKATA, the SUNFLOWER TOKYO, a family of high-efficiency RO/RO cargo

ships.

Date Product

QProduction Historyœ

2004 Completed the DIAMOND PRINCESS and SAPPHIRE PRINCESS, the world’slargest-class cruise ships.Completed the HAMANASU and AKASHIA, the world’s first high-speed ferriesadopting hybrid CRP-POD propulsion systems.

2006 Completed a 145,000m3 Moss-type LNG carrier for the Snohvit Project.Completed an 83,000m3 LPG carrier for BP Shipping.

2007 Completed the MOL CREATION, high performance large size container ship.Completed a 145,000m3 Moss-type LNG carrier for the SakhalinⅡ Project.

2008 Completed the SERI BALHAF, a 157,000m3 membrane tank type LNG carrier withDual-Fuel Diesel-Electric propulsion system.Completed the AURIGA LEADER, the first PCTC fitted with a 40kW solar powergeneration system.

2009 Completed the TAITAR NO.1 & TAITAR NO.3, the latest designed large LNG CarrierCompleted the MUSANAH, the latest designed large LPG Carrier

Date Product


��

TypeOwnerWorksName

LNGC

LNGC

LPGCVLCCPCTCAEGIS destroyerContainer CarrierSubmarineCar CarrierCar CarrierCar Carrier

Car Carrier

MITSUI O.S.K. LINES, LTD.LEIF HOEGH & CO.OMAN SHIPPING COMPANYMITSUI O.S.K. LINES, LTD.MITSUBISHI CORPORATIONBP SHIPPINGTAIHEIYO KAIUN CO., LTD.WILH. WILHELMSEN ASAMinistry of DefenceGREENCOMPASS MARINE S.A.Ministry of DefenceIZUMI KISEN CO., LTD.NICHITOKU KISEN CO., LTD.TOYOFUJI SHIPPING CO., LTD.MIYAZAKI SANGYO KAIUN K.K.OCEANIC TRADER S.A. (Panama)

Nagasaki

Nagasaki

NagasakiNagasakiNagasakiNagasakiKobeKobeShimonosekiShimonosekiShimonoseki

Shimonoseki

ARCTIC LADY

IBRI LNG

BRITISH COURAGETOWADATOPEKAATAGOEVER SUPERBSETOSHIOKINUURA MARUHOTOKU MARUHOSHO MARU

POSITIVE LEADER

2006

Container CarrierLNGCLNGCLNGCLPGCAEGIS destroyerContainer CarrierPCTCCar CarrierCar CarrierFerryFerryTraining Ship

MOL EURO-ORIENT SHIPPING S.A.MISC BERHADNYK-SCF LNG SHIPPING NO.1 LTD.KANTO LEASING LTD.SUNNY GAS TRANSPORTATION, S.A.Ministry of DefenceEVERGREEN INTERNATIONAL S.A.POLAR EXPRESS S.A.MITSUBISHI CORPORATIONMITSUBISHI CORPORATIONTHE DIAMOND FERRY CO. LTD.THE DIAMOND FERRY CO. LTD.NATIONAL FISHERIES UNIVERSITY

NagasakiNagasakiNagasakiNagasakiNagasakiNagasakiKobeKobeShimonosekiShimonosekiShimonosekiShimonosekiShimonoseki

MOL CREATIONSERI BAKTIGRAND ELENAALTO ACLUXYUYOASHIGARAEVER SALUTEAQUAMARINE ACELUNA SPIRITANDROMEDA SPIRITSUNFLOWER GOLDSUNFLOWER PEARLKOYO MARU

2007

LNGC

LNGC

LPGCLNGCContainer CarrierPCTCPCTCPCTCSubmarineTraining ShipFerryCar CarrierCar CarrierCar CarrierPatrol ShipPatrol Ship

TOKYO ELECTRIC POWER COMPANYNIPPON YUSEN KABUSHIKI KAISHAMITSUBISHI CORPORATIONKYUSYU ELECTRIC POWER CO., INC.TOKYO ELECTRIC POWER COMPANYMITSUBISHI CORPORATIONNIPPON YUSEN KABUSHIKI KAISHAMITSUI & CO., LTD.MITSUI O.S.K. LINES. LTD.DE ROSA MARITIMA S.A.MISC BERHADMOL EURO-ORIENT SHIPPING S.A.WILHELMSEN LINES CAR CARRIERS LTD.POLAR EXPRESS S.A.HECATE SHIPPING PTE. LTD.Ministry of DefenceMIE UNIVERSITYA� LINE FERRY CO., LTD.TOYOFUJI SHIPPING CO., LTD.JADEWAY LIMITEDWINNING HOPE ENTERPRISES S.A.Japan Coast GuardJapan Coast Guard

Nagasaki

Nagasaki

NagasakiNagasakiNagasakiNagasakiKobeKobeKobeShimonosekiShimonosekiShimonosekiShimonosekiShimonosekiShimonosekiShimonoseki

CYGNUS PASSAGE

PACIFIC ENLIGHTEN

LUCINA PROVIDENCESERI BALHAFMOL COMPETENCETOMARAMETHYST ACEAURIGA LEADERSORYUSEISUI MARUFERRY AKEBONOTOYOFUJI MARU NO.2SHENG SHIPOSITIVE PASSIONTSUKUBAAKAGI

2008

LNGCLPGCLPGCLPGCLPGCPCTCPCTCPCTCPCTCFishery Patrol BoatPatrol ShipPatrol Ship

NIMIC NO.1 S.A.SHERWOOD OVERSEAS S.A.VENUS OCEAN NAVIGATION S.A.CLIO MARINE INC.GAS SPIRITS SHIPPING S.A.CLIO MARINE INC.NIPPON YUSEN KABUSHIKI KAISHAWHITE BEAR MARITIME LIMITEDXING LONG MARITIME S.A.YAMAGUCHI PREFECTUREJapan Coast GuardJapan Coast Guard

NagasakiNagasakiNagasakiNagasakiNagasakiNagasakiNagasakiNagasakiShimonosekiShimonosekiShimonosekiShimonoseki

TAITAR NO.1MUSANAHVERMILION FIRSTBW TOKYOYUYO SPIRITSQUEEN SAPPHIREZEUS LEADERRUBY ACESILVERSTONE EXPRESSSEKISHOUSHIKINEKOSHIKI

2009

44


43

1965 After building the SEDCO 135A, Japan’s first offshore drilling unit,

～86 MHI completes 16 semi-submersible type units, 6 jack-up type units, and 4 vessel

type units.

1981 Completed the SHINKAI 2000, a 2,000m deep submersible research vehicle.

1988 Completed a tank ship to be used for an offshore oil storage facility at the Kami-Goto

Islands.

1989 Completed the SHINKAI 6500, a 6,500m deep submersible research vehicle.

1990 Completed the PUTERI DULANG, an 850,000bbls crude oil FSO vessel (FSO:

floating storage and offloading).

1992 Completed a draft-controlled launcher for the Japanese Government.

1993 Completed a DMCCS (deep-sea microorganism collecting and cultivating system)

for JAMSTEC (Japan Maritime Science and Technology Center).

1994 Completed the KASUMIZAURUSU, a sludge dredger, for the Kanto Regional

Construction Bureau under the Ministry of Construction.

1995 Completed the ANASURIA, an 850,000bbls crude oil FPSO vessel.

(FPSO: floating production, storage, and offloading)

1996 Completed a tank ship to be used for an offshore oil storage facility at the

Shirashima Islands.

1997 Completed a new type of sand drain barge.

1998 Completed FPSO conversion work for Japan Vietnam Petroleum Co., Ltd.

1999 Completed the ARUANGWA, a 1,000m3 trailing suction hopper dredger for the

Mozambican dredging company, EMODRAGA E. P.

2000 Completed BENKEI, a borehole reentry/observatory system.

2005 Completed the SEIRYUMARU, a trailing suction hopper dredger & oil recovery ship

for the Chubu Regional Development Bureau under the Ministry of Land,

Infrastructure and Transport.

Completed the CHIKYU, a deep sea drilling vessel, for JAMSTEC (Japan Agency

for Marine-Earth Science and Technology).

Completed the MECCA, a 10,000m3 trailing suction hopper dredger for the Suez

Canal Authority.

2007 Completed the ALCANTARA SANTOS, a 1,000m3 trailing suction hopper dredger

for the Mozambican dredging company, EMODRAGA E. P.

ProductDate



��

20012000199919981997％G/T(thou.)No.％G/T(thou.)No.％G/T(thou.)No.％G/T(thou.)No.％G/T(thou.)No.

4.8（1.9）5791313.0

（4.9）1,5622212.0（4.8）1,329208.9

（3.6）9182914.4（5.6）1,42028Mitsubishi Heavy Industries, Ltd.

8.2991138.81,060139.71,069138.3853127.472914IHI Corporation8.0957116.679796.875697.3748115.453418Hitachi Zosen Corporation4.5541207.5902216.6729197.5768162.01998Mitsui Engineering & Shipbuilding Co., Ltd.7.9954116.3756116.3691105.5568116.66548NKK Corporation5.2626115.262274.044284.3446116.665611Kawasaki Heavy Industries, Ltd.3.5420113.9465136.9763173.031074.241511Sumitomo Heavy Industries, Ltd.42.15,0689051.36,1649652.35,7799644.94,6119746.64,60798Total100.0（38.4）12,024462100.0

（37.9）12,020457100.0（39.7）11,051446100.0

（40.3）10,272601100.0（38.7）9,883650Domestic total

100.031,2921,553100.031,6961,799100.027,8221,829100.025,4641,954100.025,5372,087World total

2009200820072006200520042003200220012000Works DWT

（thou.）G/T

（thou.）No.DWT

（thou.）G/T

（thou.）No.DWT

（thou.）G/T

（thou.）No.DWT

（thou.）G/T

（thou.）No.DWT

（thou.）G/T

（thou.）No.DWT

（thou.）G/T

（thou.）No.DWT

（thou.）G/T

（thou.）No.DWT

（thou.）G/T

（thou.）No.DWT

（thou.）G/T

（thou.）No.DWT

（thou.）G/T

（thou.）No.

37637

77903

211

ー751

ー911

ー11

ー760

ー715

ー7

ー854

ー1,084

ー13

27826

57645

19

121,159

341,047210

ー286

ー345

ー5

ー335

ー473

ー5

ー206

ー309

ー5

1401,498

223965

29

domestic vesselsexport vessels

Nagasaki Shipyard &MachineryWorks 675981137519111176071578541,08413854702101,1711,081122863455335473520630951,6381,18811total

ーー

ーー

ーー

ー153

ー316

ー5

ー238

ー227

ー4

ー314

ー300

ー4

4172

5211

13

ー124

ー245

ー5

ー319

ー291

ー5

ー228

ー228

ー3

ー202

ー215

ー3

ー253

ー277

ー4


Kobe Shipyard &MachineryWorks ーーー153316523822743143004176215412424553192915228228320221532532774total

ー44

ー175

ー4

1522

3288

32

32ー

76ー

5ー

2511

5744

51

1283

29136

34

511

1344

21

40ー

102ー

7ー

916

2031

32

1221

2431

32

266

295

25


Shimonoseki Shipyard &MachineryWorks 4417543712053276536101695164716573401027255153355568977total

7191,156179411,347211,0301,019161,2041,485231,1241,082211,3111,383206457371758875213441579131,9591,56222Grand total

2009200820072006200520042003％G/T(thou.)No.％G/T(thou.)No.％G/T(thou.)No.％G/T(thou.)No.％G/T(thou.)No.％G/T(thou.)No.％G/T(thou.)No.

6.1（1.5）1,156177.2

（2.0）1,347215.8（1.8）1,019168.2

（2.9）1,485236.6（2.3）1,082219.5

（3.4）1,383205.8（2.0）73717Mitsubishi Heavy Industries, Ltd.

10.92,0562411.12,0772311.52,0183010.21,8422312.01,9742813.51,9552415.21,92822Universal Shipbuilding Corporation5.51,046106.51,214194.9854116.41,156177.41,213146.2899136.785211IHI Marine United Inc.7.11,339277.31,360246.81,188248.31,507337.61,244266.0876216.278213Mitsui Engineering & Shipbuilding Co., Ltd.4.2800114.3796133.1544106.31,141155.7934123.1454104.456013Kawasaki Shipbuilding Corporation2.444882.444782.950592.240392.236882.638384.151410Sumitomo Heavy Industries ME, Co., Ltd.36.26,8459738.87,24110835.06,12810041.67,53412041.56,81410941.05,9499642.45,37486Total100.0（24.6）18,893574100.0

（27.6）18,656562100.0（30.6）17,525543100.0

（34.9）18,176534100.0（35.0）16,434469100.0

（36.1）14,515430100.0（35.1）12,688405Domestic total

100.076,9143,445100.067,6903,242100.057,3202,782100.052,1182,447100.046,9702,129100.040,1711,729100.036,1311,540World total

2002％G/T(thou.)No.

6.3（2.3）75213Mitsubishi Heavy Industries, Ltd.

17.32,06725Universal Shipbuilding Corporation7.386811IHI Marine United Inc.6.780315Mitsui Engineering & Shipbuilding Co., Ltd.3.33999Kawasaki Shipbuilding Corporation2.02375Sumitomo Heavy Industries ME, Co., Ltd.42.95,12678Total100.0（35.8）11,957397Domestic total

100.033,3831,539World total

46


45

List o

Mitsub

Ishikaw

Hitachi

Mitsui

NKK C

Kawas

Sumito

Total

Domes

World

Note: ( ) represents share of world total.

QOthersœ

Vessels Completed by Mitsubishi Shipyards


48


Domestic total World total

＊1 Data : The World Shipbuilding Statistics published by Lloyd's Register - Fairplay＊2 Steel Ship of not less than 100GT

（mil.GT）�380�

370�

360�

350�

340�

330�

320�

310�

300�

290�

280�

270�

260�

250�

240�

230�

220�

210�

200�

190�

180�

170�

160�

150�

140�

130�

120�

110�

100�

90�

80�

70�

60�

50�

40�

30�

20�

10

52.0

300.5

2001 2002 2003 2004 2005 2006 2007 2008 20092000

71.175.8

74.9

112.2

146.2

164.0

208.9

329.7

368.1

18.1 20.8

24.0

36.0

49.7 51.956.9

63.8 63.6

47

Share of Main Shipbuilding Countries

2008 2009

World total76.9mil.

GT

Others 4.0％�

Japan�24.6％�

Korea�37.6％�

Europe5.4％�

China 28.4％�

World total67.7mil.

GT

Others 4.7％�

Japan�27.6％�

Korea�39.0％�

Europe8.1％�

China 20.6％�

Shipbuilding Order Book

Japan Korea Europe World total China

＊1 Data : The World Shipbuilding Statistics published by Lloyd's Register - Fairplay＊2 Steel Ship of not less than 100GT

（mil.GT）�80�

75�

70�

65�

60�

55�

50�

45�

40�

35�

30�

25�

20�

15�

10�

5

2001 2002 2003 2004 2005 2006 2007 2008 20092000

13.0 13.714.8

17.718.8

3.84.1 4.0

4.3 4.1 4.94.0

12.0

31.7 31.333.4

36.1

40.2

47.0

52.1

20.6

26.428.9

5.7 5.54.2

57.3

67.7

76.9

12.2

12.0 12.714.5

16.418.1 17.5

18.7 18.9

1.8 2.2

4.76.5

7.7

1.63.7

10.6 14.0

21.8

11.6

12.0

Vessels Completed by Main Shipbuilding Countries


50

&. Headquarters & DivisionsPower Systems Headquarters

49

QMain Productsœ

¡Boilers for land use: Ultra supercritical pressure through current boilers, supercritical

pressure through current boilers, forced circulation boilers, natural circulation boilers,

chemical recovery boilers, bark boilers, CO boilers, bagasse boilers, exhaust gas boilers,

waste heat boilers, packaged boilers, circulating fluidized boilers, pressurized fluidized

boilers, coal gasification furnace

¡Steam turbines for land use: 200kW-over 1,000,000kW (for power plants, industrial plants,

geothermal plants)

¡Gas turbines: 6 MW-over 460MW class

¡Water turbines: reversible pump turbines, various water turbines (Francis type, Deriaz type,

Kaplan type, Pelton type, Tubular type)

¡Wind turbines: 1,000kW, 2,400kW

¡Blowers: fans for power systems, blowers for blast furnace

¡NOx Removal System

¡Marine boilers: marine boilers for main propulsion, auxiliary marine boilers

¡Marine turbines: marine steam turbines for main propulsion, marine generator turbines,

marine gas turbines

¡Marine machinery: various marine pumps, steering gear systems, deck machinery,

propellers (fixed-pitch type), fin stabilizer, water jet

¡Diesel/Gas engines:

1,500-90,000PS diesel engines (marine/power generation); UE low-speed 2-cycle diesel

engines (marine/power generation); KU medium-speed 4-cycle diesel/gas engines (power

generation); Wartsila low-speed 2-cycle diesel engines (marine/power generation); MAN

medium-speed 4-cycle diesel engines (marine/power generation)

¡Turbochargers: MET turbochargers

¡Thin film PV module (amorphous silicon type, Micromorph Tandem type)

¡Pumps: Large pumping plants for water works and sewage treatment plants; process

pumps for gas, oil, and chemical plants; various pumps for other industrial applications

domestically and overseas.

¡Seawater desalination plants: Multi-stage flash (MSF) type and reverse osmosis (RO) type

seawater desalination plants.

¡Control systems: DIASYS Netmation

¡New products: ACF, lithium-ion secondary batteries

QOutlineœ

The Power Systems Headquarters has long been designing, manufacturing, constructing,

and installing power systems equipment and diesel engines for power generation and various

uses for industry, households, and maritime applications, and boasts a long and excellent

track record. A long history of deliveries has now accrued.

Major efforts are now focused on the development of technologies for new targets related to

energy conservation, oil substitution, new and renewable energy, and environmental

protection. Through these efforts, the Headquarters has already achieved major successes in

technologies for energy conservation, high-temperature and high-efficiency steam turbines,

high-temperature and high-efficiency gas turbines, combined-cycle power plants with the

world’s highest heat efficiency, ultra-supercritical boilers, and large-capacity, high-head

reversible pump turbines. The Headquarters has also developed outstanding technologies for

coal gasification, a pressurized fluidized bed boiler, wind and geothermal power generation

systems, a photovoltaic system, fuel cells, a secondary battery to meet new targets in the

fields of oil substitution and new/renewable energy, and flue gas DeNOx systems for

environmental protection.

MHI's ongoing R&D efforts and abundant R&D experience have led to the realization of many

hundreds of power system technologies. In the field of gas turbines, the Power Systems

Headquarters completed the “G” series gas turbine, the world’s most advanced turbine in its

class, with an inlet temperature of 1,500°C. This technology is a milestone achievement for

MHI’s power system business in a world where the demand for gas turbine plants is rapidly

increasing.

MHI has created the world’s most advanced boiler technologies, including new systems with

vertical furnace walls with rifle tubing, once-through boilers, and low level pollution

combustion systems and De-NOx technologies for licensing overseas.

MHI manufactures engines of many outputs. Of these, the Power Systems Headquarters

handles PS marine diesel engines and diesel/gas engines for power generation, with outputs

from 1,500PS to 90,000PS. With help from the unique technologies MHI has researched

throughout its history, starting from the technologies built into Japan’s first diesel engines in

1917, MHI has developed a long succession of UE engines, KU engines, and MET

turbochargers. The Headquarters has technologically refined and marketed the UEC Eco-

Engine, the latest UE series, a series of MACH-30G・MACHⅡ-SI gas engines, a series of

MARK-30B diesel engines (the world ’s most efficient), and the MET-MB, Hybrid

turbochargers.

Over the course of the many years following the delivery of an engine, MHI provides various

services to respond to customer needs through maintenance and work in response to

environmental measures.

2. Power Systems Headquarters


52


51

1990 Completed a 2,400T/H soda recovery boiler (one of Japan’s largest yet) (Oji Paper

Co., Ltd.).

1991 Delivered the first overseas 501F gas turbine, one of the world’s most efficient and

highest-output types, for the U.S.A.

1992 Completed the first 701F gas turbine (1,350˚C-class, 50-cycle), one of the world’s

most efficient and highest-temperature types, for MHI’s Yokohama Dockyard &

Machinery Works.

1994 Completed the 501F gas turbine (1,350˚C-class 60-cycle), one of the world’s

highest-class, highest-temperature, and highest-efficiency types (Kyushu Electric

Power Co., Inc.).

1995 Delivered one of the most efficient combined-cycle power plants (670MW), the fifth

of its type built, for Himeji Daiichi Power Plant (Kansai Electric Power Co., Inc.).

Completed the world’s largest-class 1 million kW coal-fired supercritical sliding

pressure operation boiler (130T/H mill x 6 units) (Soma Kyodo Power Plant).

Completed the world’s highest-temperature 500MW steam turbine (566˚C/593˚C)

(Hokuriku Electric Power Co.).

1996 Completed the 501G gas turbine, one of the world’s most efficient and highest-

output (MHI Takasago Machinery Works).

Delivered the first overseas 701F gas turbine, one of the world’s most efficient and

highest-output types (Wang Noi Stage 1 combined-cycle electric power plant in

Thailand).

Completed operational research under a national project to develop a pilot plant for

coal gasification combined power generation (200t/day).

1997 Launched commercial operation of Position T, a 330MW combined-cycle power

plant with 501G gas turbine (MHI Takasago Machinery Works).

Launched Japan’s first commercial combined-cycle power plant with pressurized

fluidized bed combustion (PFBC) (delivered PFBC, steam turbine, and gas turbine)

(Hokkaido Electric Power Co., Inc.).

Launched commercial operation of a 1,000MW coal-fired power plant using ultra

supercritical variable pressure (USVP) (Tohoku Electric Power Co., Inc.).

Delivered Japan’s largest combined-cycle power plant (1,650MW) (Chubu Electric

Power Co., Inc.).

1974 Completed a 2,350T/H supercritical pressure boiler for a 700MW power plant (then

one of Japan’s largest) (Chubu Electric Power Co., Inc.).

Completed a 3,180T/H supercritical pressure boiler for a 1,000MW power plant

(then one of Japan’s largest) (Tokyo Electric Power Co., Inc.).

1979 Completed a supercritical steam turbine for a 1,000MW power plant (then one of

Japan’s largest) (Tokyo Electric Power Co., Inc.).

1980 Delivered a 318MW Francis-type water turbine for a hydraulic power plant (the

largest yet in MHI’s export records) (Chicoasen Power Station, Mexico).

Delivered MHI’s first large thermal power plant on a full-turn-key contract basis

(Harutha Power Station 4×200MW, Iraq).

1981 Completed two of Japan’s largest coal-fired boilers for a 500MW power plant

(Electric Power Development Co., Ltd.).

1984 Completed 307MW Francis-type pump turbines for a hydraulic power plant (one of

Japan's highest heads yet) (Shikoku Electric Power Co., Inc.).

1984 Completed a 1,090MW large-capacity, high-efficiency, combined-cycle plant with

～85 domestic technology (Tohoku Electric Power Co., Inc.).

1986 Completed the first MF-111, a gas turbine with high thermal efficiency (Mitsubishi Oil

Co., Ltd.).

1987 Completed the first MWT-250 wind turbine (300kW) (Kyushu Electric Power Co.,

Inc.).

Delivered a 151,000kW geothermal plant in the U.S.A. (then one of the world’s

largest).

Completed a 145,000kW blast furnace gas-fired combined-cycle plant (world’s

highest output and efficiency) (Kawasaki Steel Corp.).

1988 Delivered MHI’s first export wind turbine, for Hawaii, U.S.A. (MWT-250, 37×250kW).

1989 Completed a 2,300T/H coal-fired boiler (one of Japan’s largest yet) for a 700MW

power plant (Kyusyu Electric Power Co., Inc.).

Completed a 2,150T/H ultra supercritical boiler (one of Japan’s largest yet) for a

700MW power plant (Chubu Electric Power Co., Inc.).

Completed a 3,190T/H supercritical boiler (one of the world’s largest yet) (Tokyo

Electric Power Co., Inc.).

Delivered a 625MW thermal power plant for the Qurraya Power Station Phase I,

Saudi Arabia (the largest exported by MHI).


ers Date Product

Date Product


54


53

1998 Delivered a highly efficient coal-fired power plant with an environment-friendly

design. (Chugoku Electric Power Co., Inc.).

Completed a vacuum residue (extra-heavy oil)-fired boiler (Koa Oil Co., Ltd.).

1999 Delivered the first combined-cycle power plant to use world’s most heat-efficient gas

turbine, the M701G (805MW, Tohoku Electric Power Co., Inc.).

Delivered the world’s largest class (75MW) diesel power plant, for the Electric Power

Agency in Kenya.

2000 Delivered a 1,440MW combined-cycle power plant using the M701F gas turbine

(Tokyo Electric Power Co., Inc.).

Delivered a KU diesel power plant (135MW) to Pakistani Japan Power Generation

(Independent Power Producer, IPP).

2001 Delivered fifty MWT-1000 wind turbines to the Rock River I project in the U.S.A.

2002 Establishment of two companies for electric power supply.

MHI Yokohama Power., Ltd.: Gas Engine

Seto Wind Hill Corporation: Wind Turbine

Delivered the first overseas M501G gas turbine project.

(Ilijian combined-cycle power plant (1,200MW) in the Philippines)

2003 Delivered the IGCC (431MW) Power plant to Nippon Petroleum Refining Co., Ltd.

Delivery record over 300 sets of KU series engines.

Delivered M501G combined-cycle power plant successively in the U.S.A.: Mystic

(1,600MW) and Fore River (800MW).

Delivered 41 MWT-1000A wind turbines (Combine Hills project) and 160 MWT-

1000A wind turbines (Brazos project).

2004 Completed the first electronically controlled marine diesel engine, the UEC Eco-

Engine.

Delivery record of over 3,000 sets of fixed pitch propellers.

Established a joint venture for the manufacture of gas turbine components in China:

Mitsubishi Heavy Industries Dongfang Gas Turbine (Guangzhou) Co., Ltd.

Launched operation of the world’s largest 1,000kWp amorphous type solar power

plant: GP solarpark (Buttenwiesen, Germany).

Delivered 1,000kWp amorphous type PV modules to world largest GP solarpark

(Buttenwiesen, Germany)

Date Product Date Product

2005 Delivered the following for overseas FTK projects: Tuas Stage@ combined-cycle

power plant (720MW) in Singapore, Port Dickson combined-cycle power plant

(714.6MW) in Malaysia.

Delivered 120 units of MWT-62/1.0 (MWT-1000A) wind turbines (Sun Juan Mesa

project) and 50 units of MWT-62/1.0 (MWT-1000A) wind turbines (Iowa Wind Power

project).

2006 Completed the first M701F gas turbine project in China.

(Beijing No. 3 combined-cycle power plant (350MW))

Delivered 1,400kWp amorphous type PV modules to Toledo solar plant (Spain).

Established joint venture (Qingdao Qiyao Wartsila MHI Linshan Marine Diesel

Company Ltd.) of marine diesel business in China.

2007 Delivery record of over 5,000 sets of Marine boiler for propulsion, auxiliary marine

boiler.

Delivery record of over 30,000,000 ps of UE diesel engine.

Delivered the following overseas projects:

Map Ta Phut power plant (2×717MW) in Thailand,

Blast furnace gas-fired combined cycle power plants in China at Anshan (300MW)

and Maanshan (150MW).

2008 Delivered one of the most efficient combined-cycle power plants (1,500MW), for

KAWASAKI Thermal Power Station Group1 (TOKYO ELECTRIC POWER CO., Inc).

Delivered 2,250kW of Amorphous type PV modules, and 750kW of Tandem PV

modules to Yeongju plant, located in Korea.

One of the largest PV systems (900kW) inside a theme park in Japan, Huis ten Bosch,

located in Nagasaki was installed with MHI’s Tandem PV modules.

Commencement of commercial operation of Flagship Project (OR, U.S.A.), the first

Project in U.S.A. utilizing MWT92/2.4.

Commencement of commercial operation of the largest wind farm in Kyushu, named

Nagashima Wind Hill (MWT92/2.4×21Units). Accumulated wind turbine supply

record has exceeded 3,000 Units with this project.


56


1955 1960 1965 1970 1975 1980 1985 1990 1995 2000 2005 2010

100

200

300

400

500

600

700

800

900

1000

1500

1650

*Himeji No.II Kansai 325MW

Goi, Tokyo350MW

Sakaide, ShikokuCombined cycle power plant

Takasago, Kansai450MW

Kashima, Tokyo600MW

Higashi Niigata No.III TohokuCombined cyclepower plant

Sodegaura,Tokyo1,000MW

Electric Power Development Co.,Kyusyu1,000MW

Electric Power Development Co.,Tachibana wan No.21,050MW (2000.1) H13.1

Misumi No.1 Unit Chugoku1,000MW

*Kashima, Tokyo 3,180T/H

Chita, Chubu2,350T/H

*Kashima, Tokyo 1,950T/H

�

*Chita, Chubu 1,700T/H

Chita, Chubu 1,225T/H

Osaka, Kansai542T/H

*Chiba, Tokyo 435T/H

Power generation boilers

Steam turbines for 50Hz use

Steam turbines for 60Hz use

Others

（MW）�

Note: Captions represent the names of Power Stations and Electric Power Companies and *represents new record for capacity and output at that time.

Kyushu Electric Power Co.,Shin Oita No.2 Unitcombined cyclepower plant870MW

Chubu Electric Power Kawagoe No.4 combinedcycle power plant1,650MW

TOKYO ELECTRIC POWER COMPANY KAWASAKI Group1combined cycle power plant1,500MW

Gresik, Indonesiacombined cyclepower plant1,584MW

Wang Noi, Thailand, Stage 1 combined cycle power plant1,306MW

Himeji No.IIKansai600MW

Yokosuka, Tokyo 1,157T/H*Himeji No.II Kansai 1,060T/H

*Yokosuka, Tokyo 908T/H

Shin-Nagoya, Chubu 726T/H

*Himeji No.II, Kansai 250MW

Yokohama, Tokyo175MW

*Osaka, Kansai 156MW

Himeji No.I Kansai 75MW

Tsurumi No.II Tokyo 66MW, 300T/H

Meiko, Chubu 250T/H

Minami-Yokohama, TokyoLNG-fired thermal power plant

The Kansai Electric Power Himeji No.1 plant No.5Unit combined cycle power plant670MW

QProgressive Growth of MHI Power Plantsœ

55

Date Product

2008 Delivered Record of :U.S.A. MWT62/1.0×45Units Dillon Project

U.S.A. MWT62/1.0×209Units Roscoe Project

U.S.A. MWT62/1.0×80Units Goat Mountain Project

U.S.A. MWT62/1.0×180Units Bull Creek Project

U.S.A. MWT92/2.4×1Unit Flagship Project

Korea MWT62/1.0×3Units Shinan Project

Bulgaria MWT62/1.0×35Units Kaliakra Project

Japan MWT62/1.0×16Units Hirokawa Myojinyama Project

Japan MWT92/2.4×21Units Nagashima Project

Installed 800kW of Tandem PV modules in Isahaya plant.

Delivered M501G combined-cycle power plant for Shin-Nagoya thermal power

station Group 8 of Chubu Electric Power Co., Inc.

2009 Delivered the Pacifico Power Plant (70MW coal fired supercritical pressure) for the

Federal Electricity Commission.

Delivered Record of :U.S.A. MWT95/2.4×29Units Goat Mountain2 Project

U.S.A. MWT92/2.4×84Units Penascal1 Project

U.S.A. MWT62/1.0×197Units Inadale Project

U.S.A. MWT95/2.4×118Units Gulf Wind Project

U.S.A. MWT62/1.0×63Units Combine Hills2 Project

Japan MWT92/2.4×4Units Fukura Project

Japan MWT62/1.0×1Unit Muroran Project

2010 Delivered Record of :U.S.A. MWT92/2.4×84Units Penascal2 Project


58

&. Headquarters & DivisionsNuclear Energy Systems Headquarters

57

Rokkasho Reprocessing Plant Maintenance Service Co., Ltd.

(Established in 2001)

Mitsubishi Nuclear Energy Systems, Inc.


Mitsubishi FBR Systems, Inc.


ATMEA S.A.S.


MHI Nuclear Engineering Co., Ltd.


QMain Productsœ

¡ Nuclear power plants: PWR, APWR, US-APWR, EU-APWR, ATMEA1 nuclear reactors

and turbines

¡ Advanced reactor plants: FBRs, HTGRs, nuclear fusion reactors

¡ Nuclear fuel cycle plants: Spent fuel reprocessing equipment, radioactive waste treatment

plants, nuclear fuel flasks, uranium enrichment equipment

1970 Completed Japan’s first PWR power plant (340MW), for the Mihama Power PlantUnit 1 (The Kansai Electric Power Co., Inc.).

1972 Completed Japan’s first domestically manufactured PWR power plant (500MW), forthe Mihama Power Plant Unit 2 (The Kansai Electric Power Co., Inc.).

1974 Completed Japan’s first three-loop class PWR power plant (826MW), for theTakahama Power Plant Unit 1 (The Kansai Electric Power Co., Inc.).

1979 Completed the world’s largest PWR power plant (1,175MW × 2) and the world’sfirst four-loop plant, for the Ohi Power Plant Unit 1 and 2 (The Kansai Electric PowerCo., Inc.).

1984 Completed the first PWR power plant (890MW) under a project sponsored by theMinistry of International Trade and Industry for the Improvement & Standardizationof the Sendai Nuclear Power Plant Unit 1 (Kyushu Electric Power Co., Inc.).

1987 Adopted Japan’s first Containment Vessel made from prestressed concrete.Completed a PWR power plant (1,160MW) for the Tsuruga Power Plant Unit 2(The Japan Atomic Power Co.).

1989 Completed Japan’s first 50Hz PWR power plant, for the Tomari Power Plant Unit 1(Hokkaido Electric Power Co., Inc.).

2010 Completed Tomari Power Plant Unit3 (Hokkaido Electric Power Co., Inc.) with thelatest technology such as Japan’s largest 54-inch low-pressure turbines and fulldegital I&C etc.


Date Product

QOutlineœ

Since the inception of the development of nuclear power plant technology in 1957, we have

designed, manufactured and constructed all the pressurized water reactor (PWR) nuclear

power plants in Japan.

Tomari No.3 of Hokkaido Electric Power Co., Inc., the latest PWR power plant, started

commercial operation in December 2009.

We have supplied as many as twenty four units of PWRs with a total output of 20,278 MWe.

In the worldwide market, we are not only a plant supplier but also a service provider for

operator training and post-operational services. In addition, we have proactively provided

preventive maintenance solutions to improve plant efficiency. We are also playing an

important role, with support from other members in the Mitsubishi Group, in various fields of

the nuclear fuel cycle, such as nuclear fuel supply, spent fuel reprocessing, fuel transportation,

fuel storage and waste treatment/disposal.

Recently, in addition to further efforts to bring forthcoming plant construction projects in Japan

to fruition, we are designing large-sized reactors, the 1,700MWe class US-APWR and EU-

APWR for U.S. and EU markets. Furthermore, the joint venture between AREVA and MHI has

completed basic design of the mid-sized reactor, ATMEA1 (1,100MWe class) for the world

market. Our sophisticated technology is in demand for participation in various national

projects, such as development of next-generation light water reactors, high-temperature gas

cooled reactors and controlled thermonuclear reactors. In particular, we have been selected

as a leading company for development of fast breeder reactors (FBRs).

Nuclear related companies in the Mitsubishi Group:Mitsubishi Heavy Industries, Ltd.

Mitsubishi Electric Corporation

Mitsubishi Nuclear Fuel Co., Ltd.


Nuclear Power Training Center Ltd.


Nuclear Plant Service Engineering Co., Ltd.


Nuclear Development Corp.


Nuclear Fuel Transport System Co., Ltd.


RECO Ltd.


Energis Co., Ltd.


3. Nuclear Energy Systems Headquarters


60

&. Headquarters & DivisionsNuclear Energy Systems Headquarters

59

300

400

500

600

700

800

900

1000

1100

1200(MW)

1965 1970 1975 1980 1985 1990 1995 2000

Mihama No.I, Kansai340 MW

Mihama No.II, Kansai500 MW

Genkai No.I, Kyushu559 MW

Tomari No.I,Hokkaido579 MW

Takahama No.I, Kansai826 MW Takahama No.III, Kansai

870 MW

Sendai No.I, Kyushu890 MW

ElectricalOutput

Ohi No.I, Kansai 1,175 MW

Genkai NO.III, Kyushu1,180 MW

Tomari No.3, Hokkaido912 MW

Tsuruga NO.II, JAPC1,160 MW

Ohi No.III, Kansai 1,180 MW

2005 2010

Progressive Growth of MHI Nuclear Power Plants

PWR and BWROf the approximately 400 nuclear power plants currently in service worldwide, 88%* or moreare Light Water Reactors (LWRs), a type that uses normal water for coolant. There are twobasic designs for an LWRs: the PWR (pressurized water reactor) and BWR (boiling waterreactor). About 75% of LWRs are the former type, the PWR. MHI is the only manufacturer ofPWR plants in Japan.* By generating capacity ratio.

●PWR (Pressurized Water Reactor) ●BWR (Boiling Water Reactor)

Reactor coolant

Secondary coolant

Reactor coolantpump

Control rods

Stea

m g

ener

ator

Steam

ConventionalIsland

Reactor vessel

Turbine Generator

Condenser

To discharge canalCoolant(Seawater)

Wat

er

Circulating water pump

Feedwater pump

NuclearIsland

Con

tain

men

t ves

sel

Secondary coolant

Pressurizer

A PWR heats the reactor coolant to a high temperature and high pressure in the nuclear reactor, then sends it to a steam generator. The steam generator boils the secondary coolant, producing steam to turn the turbines for electricity generation.

There are two water flows in PWR: the "reactor coolant," which circulates between the nuclear reactor and steam generator, and the "secondary coolant," which circulates between the steam generator and turbine.

To discharge canalCoolant(Seawater)

Wat

erC

oola

nt

Coo

lant

Recirculationpump

Containment vessel

Control rods

Steam

Fuel

Reactor vessel

Suppression pool

Coolant

The BWR boils water in a nuclear reactor, producing steam to turns a turbine for electricity generation.

Of the 54 nuclear power plants now in service in Japan, 24 units are PWR plantsmanufactured by MHI. These PWR plants are operated by the electric power companies ofHokkaido, Kansai, Shikoku, and Kyushu, as well as The Japan Atomic Power Company.The BWR plants are operated by the electric power companies of Tohoku, Tokyo, Chubu,Hokuriku, Chugoku.

(Unit 10MWe, Gross Output)

QOthersœNuclear Power Plant Capacity in the World (As of Jan. 1. 2010)

��

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��

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＊ 1

＊ 2

＊1 Japanese figures dated 2010.3.31.＊2 The unknown output is not included.


62

&. Headquarters & DivisionsMachinery & Steel Structures Headquarters

61

manufacturing plastic products, fillers for bottling drinks, and packaging machinery for food and

medicines, and have been members of the Machinery & Steel Structures Headquarters since

2010.

Mitsubishi Heavy Industries Printing & Packaging Machinery, Ltd. (MHI-P&PM) was newly

established July 2010, which manufactures printing and paper converting machinery.

QMain Productsœ

Environmental & Chemical Plants

¡Chemical plants: production plants for petrochemicals, fertilizer, methanol, DME, and

inorganic chemicals

¡Oil and gas production plants: onshore and offshore plants for oil and gas production,

plants for LNG and LPG production, transportation and receiving facilities, oil refineries

¡Flue gas desulfurization plants for power generation and process industries

¡Flue gas CO2 recovery plants: plants for chemical industries, CO2 enhanced oil recovery

projects (CO2 EOR) and Global Warming mitigation (Georogical Sequestration)

Environment

¡Waste treatment systems for the following applications: municipal waste incineration

(small-to-medium and large incinerators (stoker systems, pyrolysis systems, gasification

systems, etc.)); flue gas treatment; waste water treatment; ash vitrification; thermal

recovery for power generation, swimming pool heating, gardening, social welfare

institutions with public baths, etc.; municipal waste classification plants; bulky waste

treatment plants; recycling of steel, aluminum, and paper; various types of industrial waste

incineration, PCB treatment, soil groundwater purification; biomass utilization

Transportation Systems & ITS

¡Transportation systems: automated guideway transits, APMs (automated people movers),

suspended monorails, LRT (light rail transit) systems, linear motor cars, maintenance

vehicles

¡Air brake equipment: various types for bullet trains (“Shinkansens”), freight cars, rolling

stock

¡Toll equipment: toll-collection equipment for main toll expressways (magnetic-card types

for closed roads, receipt-issue types for open roads)

¡ITS: ETC (electronic toll collection) systems, ERP (electronic road pricing) systems, DSRC

(dedicated short range communication) equipment

Advanced Technology Systems

¡Automotive Systems: wind tunnels, fatigue and vibration testing equipment, vehicle crash

QOutlineœ

The Machinery & Steel Structures Headquarters was newly formed within MHI in May 2006

through the integration of two formerly independent headquarters: the Machinery Headquarters

and the Steel Structures & Construction Headquarters.

The Environmental & Chemical Plant Department engages in total engineering and construction

for a wide range of chemical processing plant fields, including oil refineries, petrochemicals,

inorganic chemicals, flue gas desulfurization plants, and flue gas CO2 recovery plants as well as

facilities for the production and storage of oil and gas.

The Environmental Systems group designs and constructs environment conservation plant

facilities and infrastructure facilities such as waste treatment facilities, soil remediation systems,

and biomass utilization systems. These businesses were taken over in 2008 by Mitsubishi

Heavy Industries Environmental & Chemical Engineering Co., Ltd. and the businesses of waste

water treatment and electric precipitator were transferred to Mitsubishi Heavy Industries

Mechatronics Systems, Ltd. in 2009.

The Transportation Systems Department provides air brakes and new transportation systems

such as APMs (automated people movers), LRT (light rail transit), and linear motor cars. It also

handles Intelligent Transport Systems (the ETC (Electronic Toll Collection) System, ERP

(Electronic Road Pricing) System, etc.).

The Advanced Technology Department provides leading-edge automotive-related technologies

such as motors for HEVs and EVs, testing equipment, laser measuring systems for exhaust gas,

and laser welding systems. It also develops new businesses in new fields such as beam

accelerators, medical systems and semiconductor equipment.

The Compressor & Turbine Department produces compressors and mechanical drive steam

turbines for the oil & gas, refinery, petrochemical, air separation, and carbon capture & storage

fields. These businesses were taken over by the Mitsubishi Heavy Industries Compressor

Corporation in 2010.

The Metals Machinery group constructs iron and steel manufacturing plants and related

machinery, continuous casting machines, rolling mill equipment, processing equipment, and pipe

manufacturing equipment. All of these products have significantly contributed to industrial

development domestically and overseas. These businesses were taken over in 2002 by

Mitsubishi-Hitachi Metals Machinery, Inc., a joint venture company established with Hitachi, Ltd.

The newly established Mitsubishi Heavy Industries Parking Co., Ltd. has been running MHI’s

mechanical parking system business since October 2005.

The newly established Mitsubishi Heavy Industries Bridge & Steel Structures Engineering Co.,

Ltd. has been running MHI’s bridge business since 2006.

Mitsubishi Heavy Industries Plastic Technology Co., Ltd. and Mitsubishi Heavy Industries Food

& Packaging Machinery Co., Ltd., wholly owned group companies established by MHI on April 1,

2005, manufacture a diverse range of machinery including injection molding machines for

4. Machinery & Steel Structures Headquarters

07.Headquarters&Divisions 10.10.6 1:31 PM ページ 61 (1,1)

64


63

¡Tanks: beer tanks, gasholders

¡Steel pipes: penstocks, cooling water pipes, water supply pipes

¡Others: hydraulic gates

Industrial Machinery

¡Injection Molding Machine*1: super-large sized electric injection molding machine, large

sized electric injection molding machine, medium sized electric injection molding machine,

large sized electrically driven, rotary platen, co-injection molding machine, large sized and

super-large sized hydraulic injection molding machine

¡Food and Packaging Machinery*2: bottling and canning machinery, other machinery for

food including beverage related products, and pharmaceuticals, packaging machinery,

aseptic filling machinery, other food processing related machinery

*1: Manufactured by Mitsubishi Heavy Industries Plastic Technology Co., Ltd.*2: Manufactured by Mitsubishi Heavy Industries Food & Packaging Machinery Co., Ltd.

Paper & Printing Machinery

¡Printing machinery: sheet-fed offset presses, commercial web offset presses, newspaper

offset presses

¡Paper-converting machinery: corrugating machinery, box-making machines

Manufactured by Mitsubishi Heavy Industries Printing & Packaging Machinery Ltd.

simulators, dynamic driving simulators, laser measuring systems for exhaust gas, motors

for HEVs and EVs, laser welding systems

¡Mechatronics Systems: beam accelerators, hydraulic penstocks

¡Semiconductor Equipment: OLED manufacturing equipment, vacuum equipment for

lithography

¡Medical Systems: Radiotherapy systems, electron beam irradiation systems

¡Vacuum Equipment: integrated piping and instrument systems

Compressor & Turbine

¡Compressor and mechanical drive steam turbine for oil & gas, refinery, petrochemical, air

separation, and carbon capture & strage fields

Metals Machinery

¡Iron and steel manufacturing plants and machinery: iron-making and steelmaking

equipment, rolling mill equipment, processing equipment, pipe-manufacturing equipment

(Mitsubishi-Hitachi Metals Machinery, Inc.), continuous casting machines (MHI Steel

Machinery Engineering & Service Co., Ltd.)

General Machineries

¡Rubber and tire machinery: engineering and manufacture of various plant equipment and

automated systems for tire manufacture, such as mixers, bias cutters, building machines,

curing presses, and tire testing machine; mixers for industrial rubber goods

¡Crane and material-handling systems: various cranes for iron and steel manufacturing plants,

container handling quayside cranes, rubber-tyred/rail-mounted gantry cranes, various

overhead traveling cranes for industrial plants, integrated automated storage systems

Steel Structures

¡Tunnel-boring machinery: shield machines, tunnel-boring machines, rotator-type boring

machines (The newly established Mitsubishi Heavy Industries Tunneling Machinery &

Geotechnology Co., Ltd. took over the tunnel-boring machinery business in 2007.)

¡Mechanical parking facilities: integrated and standalone parking structures, including

systems for lift parking, presto parking, tower parking, slide parking, sift parking, and

integrated parking (The recently established Mitsubishi Heavy Industries Parking Co., Ltd.

took over the vertical parking garage business in October 2005)

¡Steel bridges and stacks: all types of steel roadway bridges, railway bridges, tube tunnels,

road-maintenance equipment, and stacks. (The recently established Mitsubishi Heavy

Industries Bridge & Steel Structures Engineering Co., Ltd. took over the bridge business in

2006.)


1977 Completed MHI’s first ethylene plant, in Shanghai, China.

1979 Completed large-scale urea fertilizer plant in Iraq.

1981 Successfully started up MHI’s first flue gas desulfurization plant, in the USA.

1982 Completed full-scale oil refinery plant in Myanmar.

1984 Completed LNG receiving terminal (2,900000T/Y) in Niigata, Japan.

1993 Completed MTBE Propylene Plant (300,000T/Y) in Malaysia.

1997 Completed methanol plant (2,500T/D) in Saudi Arabia.

1999 Completed purified terephthalic acid plant (350,000T/Y) in India.

Completed hydrocracking plant (23,000BPSD) in Slovakia.

Completed MHI’s first commercial plant for CO2 Recovery (160T/D), for a fertilizer

plant in Malaysia.

2000 Completed polyethylene plant (256,000T/Y×2) in Saudi Arabia.

Date Product

■ Environmental & Chemical Plant


66


65

1999 Delivered the full turnkey project for the LRT (line 3) in the heart of Manila,

Philippines.

2002, Completed a fully automated, driverless rubber-tyred LRT system for the Sengkang

and Pungol new town area in Singapore.

2004 Completed the first domestically produced 100% low-floor light rail vehicle (LRV), for

Hiroshima Dentetsu Co., Ltd.

2005 Contracted to build the Red Line for Dubai Metro, the world’s largest fully automated

driverless LRT system, in the UAE.

2006 Completed Japan’s first project to export its Shinkansen train system, the Taiwan

High-Speed Rail (345km): MHI, as a Consortium leader, took charge of the track,

the signal, communication, and overhead catenary system, and the overall system

integration.

Delivered APM system for Changi Airport in Singapore.

2008 Delivered APM system for Incheon International Airport in Korea.

Commercially released the MOBE-500 transponders for electronic toll collection

systems.

2009 Commenced partial operation of Dubai Metro: First Urban Rail System in GCC— World’s Longsest Driverless Rail System —

Date Product

2004

2004 Received order for a fertilizer complex ammonia plant (2,000T/D, granulated UREA

3,500T/D) from Oman.

Established a J/V named Advatech LLC with US engineering firm URS. The J/V

received long-term FGD supply contract from Tennessee Valley Authority (TVA).

2006 Completed LNG recovery terminal (2,700,000T/Y) in Sakai, Japan.

Completed purified telephtalic acid plant (600,000T/Y) in China.

2007 Received order for polyethylene plant (120,000T/Y) from Singapore.

2008 Received order for fertilizer complex ammonia plant (ammonia 4,000T/D, granulated

urea 7,000T/D) from Algeria.

Completed mega methanol plant (5,000T/D) from Saudi Arabia.

Received order for CO2 capture technology (License) from Chemical Industries in

Vietnam, Pakistan and India.

2009 MHI Carbon Capture Technology to be Demostrated in the United States on

Southern Company Coal-Fired Power Plant.

Date Product

1964 Delivered the first Mitsubishi traveling stoker-type refuse incinerator, to Sagamihara

City, Japan (total capacity: 180T/D).

1974 Delivered the first Mitsubishi-Martin refuse incinerator, to Kawasaki City, Japan (total

capacity: 600T/D with 2,000kW turbine generator).

2000 Delivered the world’s largest waste-to-energy plant to the Ministry of the

Environment, Singapore (total capacity: 4,320T/D, with a 132,600kW turbine

generator).

2003 Awarded the largest domestic class of PCB waste treatment plant, from Japan

Environmental Safety Corporation, Japan (PCB treatment capacity: 2T/D).

2004 Awarded the largest domestic class of food waste fermentation and power-

generating plant, from BIOENERGY Corporation, Japan (total capacity: 110T/D with

1,000kW power generator).

Date Product

■ Environment

1962 Delivered Japan’s first steel pipes made of high-tensile-strength steel, for Tokyo

Electric Power Company.

1964 Delivered a wind tunnel for cooling tests of vehicle engines, for Mitsubishi Motors.

1977 Delivered the stage machinery system for the New National Theater in Tokyo.

1989 Delivered the normal-conduction RF cavity and superconductive RF cavity for the

TRISTAN project in High Energy Accelerator Research Organization (KEK).

1996 Delivered the large-scale low noise (world’s quietest) wind tunnel, for Railway

Technical Research Institute.

1997 Delivered a stage machinery system to New National Theatre, Opera House.

2000 Delivered a retractable seat system and a variable ceiling wall (moving block) to

Saitama Super Arena.

Completed the Saitama Super Arena, a facility with a movable-seating floor system.

Date Product

■ Advanced Technology Department

1970 Delivered the first suspended-type monorail for commuters, for Shonan Monorail.

1988 Delivered a suspended-type monorail for commuters in Chiba.

1998 Delivered an electronic road pricing system for Singapore LTA.

Date Product

■ Transportation Systems & ITS


68


67

1995 Delivered a hot strip mill (BH PLANT) for Baoshan Iron & Steel Corporation in

China.

1996 Delivered the No. 4 cold complex (K4C) for POSCO Kwang Yang Steelworks in

Korea.

2004 Delivered a continuous pickling and tandem cold complex for Baoshan Iron & Steel

Corporation in China.

Date Product

■ Metals Machinery

1868 Completed Japan’s first steel bridge (the Kurogane-bashi).

1962 Completed Japan’s first steel pipes made of high-tensile-strength steels, for Tokyo

Electric Power Company.

1988 Completed the large Second Bosporus Bridge (Turkey).

Completed a φ8,620mm EPB shield for the Channel Tunnel (T5).

1989 Completed Japan’s largest movable seating system (11,000 seats) (Yokohama

Arena).

1991 Completed 125,000kl in-ground LNG tank, to Tokyo Electric Power Company.

1992 Completed Japan’s first high-tech stage machinery system for a European-style

theater (Aichi Prefectural Theater of Arts).

1998 Completed the world’s largest suspension bridge (the Akashi Kaikyo Bridge).

1999 Completed the world’s largest cable-stayed bridge (the Tatara Bridge).

2001 Completed an ultrahigh stack (230m).

Completed Japan’s largest LNG in-ground storage tank (200,000kl).

Date Product

■ Steel Structures

1982 Completed one of the world’s largest ladle cranes (520T).

2000 Completed the world’s first container-handling crane with a seismic isolation system

(at Tokyo Port, Ohi Wharf).

2002 Delivered MHI’s 4,000th set of tire-curing presses.

2005 Completed the world’s first automatic rubber-tyred gantry cranes, for Tobishima

Container Berth Co., Ltd. (at Nagoya Port)

2007 Delivered MHI’s 5,000th set of tire-curing presses.

2009 MHI to manufacture rubber tire machinery in China — production to begin in March.

Date Product

■ General Machineries

2005 Delivered a proton accelerator, for High Energy Accelerator Research Organization

(KEK) / Japanese Atomic Energy Agency

Delivered 3-D full-scale earthquake testing facility, for Hyogo Earthquake

Engineering Research Center of National research Institute for Earth science and

Disaster prevent.

2006 Delivered a full-scale acoustic wind tunnel, for SUZUKI Motor Corporation.

Began sales of motor and inverter system for HEVs, for MITSUBISHI FUSO TRUCK

& BUS CORPORATION.

2007 Delivered superconducting crab cravity for KEKB project in High Energy Accelerator

Research Organization (KEK).

2008 Delivered Ferris wheel (Singapore Flyer) in Marina Bay, Singapore.

Delivered a highly advanced radiotherapy machine for Institute of Biomedical

Research and Innovation.

2009 MHI’s first radiotherapy machine for overseas to begin treatment at Brussels

University Hospital (UZ Brassel).

Date Product

2001 Delivered pipeline compressors for GAZPROM in Russia.

2003 Completed a high-pressure (450bar) natural gas injection compressor.

2005 Delivered MHI’s 500th set of Mitsubishi advanced compressors (MACs).

2006 Shop test facility for Mega size compressor (2,000,000T/Y Ethylene).

2007 Delivered Compressors and turbines for 1,000,000T/Y Ethylene Complex for

Tasnee Petrochemical Co. in Saudi Arabia.

Delivered Compressors and turbines for 7,800,000T/Y LNG Complex for Ras Gas

Co., Ltd. in Qater.

2008 Delivered Compressors and steam turbines for 150MTPY Ethylene plant for

Borouge in Abu Dhabi.

Delivered Compressors and steam turbines for MTO plant for Sbenhua International

Ltd., Baotou in China.

2009 Delivered Compressors and turbines for 3,300/MTPD Ammonia Complex for Saudi

Arabia Mining Company in Saudi Arabia.

2010 Delivered Compressors and turbines for 1,000/MTPY Ethylene Complex for Fushun

plant of Petro China in Liao Ning Province, China.

Date Product

■ Compressor & Turbine


70


69

1956 Started the production of paper converting machinery.

1962 Started the production of printing presses.

1966 Delivered the first newspaper offset press.

1967 Completed the first single-color sheet-fed offset press (the DAIYA).

1977 Developed a commercial web offset press (the LITHOPIA-500).

1987 Commercial test-operation of the world’s first dual-deck corrugating machine (the

Mitsubishi U-corrugator).

1990 Commenced production of newspaper offset presses with 322 rotary folder exports to the

U.S. market.

1997 Began sales of a new box-making machine (the Summit-X).

2001 Launched the DIAMOND series sheet-fed offset presses to target requirements of the

21st century.

2002 Launched the DIAMOND3000TP Tandem Perfector press based on Mitsubishi’s unique

perfecting unit (launched by MHI).

2003 Began sales of a new high-speed box-making machine (the EVOL).

2004 DIAMONDSTAR newspaper offset press wins Japan Society of Mechanical Engineers

(JSME) Award in Technology Division.

2007 Launched the DIAMOND V3000 series sheet-fed offset presses.

2008 DIAMOND V3000 sheet-fed offset press wins Japan’s “Good Design Gold Award 2008.”

DIAMOND V3000 sheet-fed offset press wins 38th Industrial Machinery Design Award

presented by The Business & Technology Daily News.

Launched the DIAMOND 16MAX+ series commercial web offset press.

2009 MHI markers LED-UV dryig system for larger format sheet-fed offset presses, realizig 70-

80% reduction in electricig consumper.

2010 MHI establishes new company dedicated to printing & paper converting machinery

business.

Date Product

■ Paper & Printing Machinery

4-1. Environmental & Chemical Plant Division

QOutlineœ

The Environmental & Chemical Plant Division was founded in 1970 as the Mitsubishi

Chemical Plant Engineering Center (MCEC).This was developed as a specialized

engineering division that incorporated the MHI chemical plant engineering departments

which, at the time, were located at Kobe, Yokohama, Hiroshima and Mihara. Since then,

MCEC has evolved to provide consistent project administration structure to manage all facets

of large scale plant projects from feasibility studies and front-end engineering, to

construction, testing, operation and maintenance. A large number of plants (environmental/

chemical/ energy) have been deployed both in Japan and overseas as MCEC meets

customer needs while making full use of MHI’s equipment manufacturing technologies and

facilities, and the extensive internal research and development expertise located at MHI’s

R&D centers.

��

��

※��

QEmployeesœ

QMain Productsœ

Flue gas desulfurization plants

Flue gas CO2 recovery plants

Fertilizer plants

Methanol plants

Petrochemical plants

Oil and gas production plants


24

56

9

11

106.7

72


71

10

35

14

21

17

3

64.7

20

33

9

14

20

4

60.7

2

46

13

8

29

2

57.3

1

29

11

45

6

46.58 1

50

30

19

43.4

1

65

28

6

36.6

Transit systems equipment Air brakes & marine engine control■Others

1

89

10

69.2

88

12

71.2

QProduction Distributionœ(MIHARA) 2003-2008

QMain Productsœ

Transit systems

Two-dimensional integrated piping

and instrument system

Air brake & Marine engine control

Toll-collection machinery

(inc. related systems)

Mechatronics system equipment

(KOBE) 2003-2008

Note: ※1. Figures in the column are in percentage (%) unit※2. Figures on the column show the amount of total annual

production. (unit: billion yen)※3. Figures until FY2002, due to integration with Kobe

Note: ※1. Figures in the column are in percentage (%) unit※2. Figures on the column show the amount of total

annual production. (unit: billion yen)※3. Figures until FY2008, due to integration with Mihara

Toll-collection machinery Steel structure■ Advanced control facilityReconstruction & renewal of cultural & urban facility■Environmental equipment■ Others

Note: ※1. Figures in the column are in percentage (%)unit

※2. Figures on the column show the amount oftotal annual production. (unit: billion yen)

※Transportation Systems & Advanced TechnologyDivision was established in October 2009, throughthe integration of Mihara and Kobe

Transportation systems equipment Toll-collection machineryAir brakes & marine engine control■ Mechatronics system equipment

(Transportation Systems & AdvancedTechnology Division) 2009-

2003 2004 2005 2006 2007 2008

70

60

50

40

30

20

10

0

（bil.yen）

5

84

11

67.0

88

12

61.9

83

17

43.0

88

12

71.6

2003 2004 2005 2006 2007 2008

70

60

50

40

30

20

10

0

（bil.yen）

0

（bil.yen）150

100

50

2009

4-2. Transportation Systems & Advanced Technology Division

QOutlineœ

The Transportation Systems & Advanced Technology Division was formed in October 2009

by combining the Machinery and Steel Structure Division of Kobe Shipyard & Machinery

Works and the Plant and Transportation Systems Engineering & Construction Center located

at Mihara Machinery Works. The Machinery and Steel Structure Division of Kobe Shipyard &

Machinery Works was founded in 1905 and has been at the forefront of advanced technology

engineering ever since. The Plant and Transportation Systems Engineering and Construction

Division was founded in 1943 as a workshop for steam locomotives and air brake systems.

The new division supplies several types of advanced technology transportation systems

including automated people movers (APM), intelligence transport systems (ITS) and others.

The division is an industry leader for technical innovation and has extensive international and

domestic project experience. The division continues to make major contributions to industrial

development and the construction of social and industrial infrastructure particularly in the

fields of mechatronics and power train systems.

QArea (As of April 1, ’10)œ

Area (m2)Site

Mihara SiteKobe Site

Building1,024,0001,170,200

44,8448,335

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��

※��

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QEmployeesœ

※Mihara Site area is shared with Mihara Area Management Dept., and Kobe Site is sharedwith Kobe Shipyard & Machinery Works.


74


73

4-3. Industrial Machinery Business, Technology & Solutions Division

QOutline œ

This Works commenced operation in 1944. When the marine division was made separate in

1986, the Works was renamed from the Hiroshima Shipyard & Engine Works to the Hiroshima

Machinery Works. When divisional organization was introduced in the structural reorganization

of 2009, it was inaugurated as the Industrial Machinery Business, Technology & Solutions

Division.

The Industrial Machinery Business, Technology & Solutions Division comprises the Kan-on and

Eba Plants, which currently produce a wide range of products: the Kan-on Plant produces a

variety of industrial machinery such as iron and steel manufacturing machinery, compressors,

and rubber and tire machinery, and also handles the manufacture and construction of various

kinds of plants, while the Eba Plant handles the manufacture and construction of transportation

systems, etc.

Area (m2)Site

Eba PlantKan-on PlantTotal

Building692,770680,904

132,403213,693

1,373,674 346,096Hiroshima R & D Center (36,940) (23,581)

Note: Land and Building areas of Hiroshima Research Center are included in the IndustrialMachinery Bussiness, Technology & Solutions Division


��

��

��

��－－－－－－－－－��

��

��

※　�� 　　��

QEmployeesœ

QMain Production Facilitiesœ

Metal machine tools NC lathe, Ultra-precision lathe,Machining center,Planomiller, Five-side finishing machine

Sheet metal &welding equip-ment

Automatic welding machine,Vacuum brazing furnace,FSW exclusive equipment

Vehicle・air brakemanufacturingFacilities

Panel welding machine, Carbody Shell assembly station,Painting booth with articulated robot,Under floor fabrication & interior works station,Function test facility, APM test track,AL pipe bracket bonding and cleaning equipment,Paint robot, Vehicle leak test facility

Instrumentationmeasurement

3-D coordinate measuring machine, roundness metrology,Surface Roughness Tester,Brake Control unit automatic test machine,Vacuum measuring machine,Air Brake test stand

Toll-Collection andTraffic Control SystemShop

Perform environmental tests with variable temperature, moisture, andvibration,Shielded rooms, Host of different instruments on hand for tests and inspections

Intelligent TransportSystem (ITS) TestCourse

Powertrain Shop

Three straight lanes (400m in length),Twelve tollgate lanes

Production line for electric vehicle motor,Engine test bench


76


75

Rubber and Tyre MachineryManufacturing Facilities

Rubber and Tyre machinery assembly plant, Mixing trial facilities


Trial Run Facilities

Machine Tools forSheet Metal

Casting & ForgingFacilities

Steel StructureManufacturing Facilities

Designing Facilities

Electronic EquipmentManufacturing Facilities

Medical DeviceManufacturing Facilities

2-and 3-D CAD systems for machine design, electric design, piping design, and civil engineering design.

Control panel manufacturing plant

Medical device assembly shop, Linac Bunker

Machine Tools forMetal Processing

Large combined machine tools, Precision large size gear machining center

Compressor field testing facility, Compressor & mechanical driveturbine training simulator

Various types of large capacity presses, Various types of bendingrollers, Annealing equipment flaw detector equipment

Electric furnace, Forging press, Annealing furnace

Crane and material handling system FA facilities (cutting, constructionassembly lines, etc.)

65

9

8

81.256

7

35

15

7

3

98.1

18

4

18

Transportation Systems

(Including Automatic Coil Transfer System

for Iron and Steel Works ........... 10 set)

.................................. 15,000 t

Compressor ...................... 200 units

Rubber and Tyre Machinery

....................................... 240 units

Iron and Steel Manufacturing

Machinery .................... 50,000 t

Chemical Machinery ...... 3,000 t

Radiotherapy Systems ....... 12 units

QProduction Distributionœ

QAnnual Production Capacityœ

Bridge, Steel Stacks Transportation Systems■Iron and Steel Manufacturing Machinery Compressor■Aircraft Rubber and Tyre Machinery■Medical Systems, OLED, General Machinery＊ among others■＊General Machinery : Clean Room, Factory and Facilities Engineering



26

2004 2005 2006 2007 20080

20

40

60

80

100（bil.yen）

23

16

4

71.5

16

2

13

2004～2008

59

211

6

97.0

11

2

9

50

20

7

102.95

3

15

Transportation Systems■ Iron and Steel Manufacturing MachineryCompressor■ Rubber and Tyre Machinery■Medical Systems, OLED and Others■



2009

（bil.yen）

2009～(Industrial Machinery Business, Technology & Solutions Division group connections)

38

20

107.3

11

6

0

120

100

80

60

40

20

25


7877

&. Headquarters & DivisionsAerospace Headquarters

QMain Productsœ

¡ Aircraft: Jet fighters, trainers, helicopters, transport planes, and wings, doors, and fuselage

panels for commercial aircraft

¡ Aero engines: Turboshaft fan engines, turboshaft engines

¡ Guided weapon systems: Missiles, torpedoes, mine hunters

¡ Space equipment: Space transportation vehicles, engines, ground support facilities

¡ Industrial equipment: Engine test cells, civil helicopter simulators


Aircraft

１）～1945 (during World War Ⅱ)

��Type 1 attack-bomberType 100 command reconnaissance planeType Zero carrier fighter

２）1945～ (after World War Ⅱ)

SH-60J anti-submarine helicopterF-86F jet fighterSH-60K maritime patrol helicopterF-104J jet fighterUH-60J rescue helicopterF-4EJ jet fighterUH-60JA utility helicopterF-15J/DJ jet fighterMH2000 multi-purpose helicopterT-2 supersonic trainerMU-2 business turboprop aircraftF-1 close support fighterMU-300 business jet aircraftF-2 jet fighter(developed by U.S./Japan cooperation)YS-11 middle-sized transportS-55 utility rescue helicopterBoeing 767 transportS-62 rescue helicopterBoeing 777 transportHSS-2 anti-submarine helicopter Boeing 787 transportS-61A rescue/antarctic research helicopterBombardier Global Express business jetBombardier Challenger 300 business jet

QOutlineœ

In addition to developing and producing fighters, helicopters, and guided weapon systems,

the Aerospace Headquarters and other MHI divisions involved in defense propose integrated

defense systems based on the newest information technologies.

Not long after developing and producing Japan’s first supersonic jet trainer, the T-2, in 1967,

MHI used its technologies from the T-2 to develop the F-1 supersonic jet support fighter. This

was followed in 1978 by the development of the control-configured vehicle (CCV)

experimental aircraft, a new-generation aircraft with unprecedented maneuverability. The

company is now collaborating with Lockheed Martin Corporation to produce the F-2 jet

fighter, an aircraft based on the U.S. F-16.

MHI is also a prolific manufacturer of defense helicopters. For example, the company

completed the final delivery of the SH-60J, a domestically produced anti-submarine helicopter

based on Sikorsky’s SH-60B, in March, 2005. Earlier, in the summer of 2005, the company

completed development and began delivery of the SH-60K, a new-generation patrol

helicopter based on the SH-60J. The UH-60J, a helicopter for rescue/utility operations, is also

manufactured and fully supported after sale.

MHI divisions involved in guided weapon systems manufacture the Patriot surface-to-air

missile, air-to-air missiles, anti-ship missiles, surface-to-ship missiles, and several kinds of

torpedoes and ship-borne weapons.

In commercial aircraft products, MHI manufactures aft fuselage panels for the Boeing767/777

and is expanding its broad cooperative relationship with the Boeing Company. In the co-

development of the next-generation Boeing787 transport aircraft, MHI handles all composite

wing development. The company also manufactures the wings for the Bombardier Global

Express business jet and Challenger 300 business jet. In aero engines, MHI participates in

the production of PW4000, V2500 and TRENT1000 turbofan engines, as well as the co-

development of the TRENT XWB turbofan engines.

In the field of commercial helicopters, MHI produces the cabin of the Sikorsky S-92.

MHI plays a leading role in space systems development and the coordination of Japan’s

space transportation projects under the direction of JAXA (the Japan Aerospace Exploration

Agency). MHI started H-ⅡA launch services in 2006, and has succeeded in launching four

rockets in succession.

In September 2009, JAXA launched the H-ⅡB rocket carrying the H-Ⅱ Transfer Vehicle

(HTV), which successfully docked with the International Space Station (ISS).

MHI is in charge of the development of both the H-ⅡB and the HTV.

5. Aerospace Headquarters


8079


Guided Weapon System (up to 2009)

��

��

��

��

��

��

��

��

��

��

��

��

��

��

��

��

��

��

��

Space Equipment (up to 2009)

２）Engines１）Launch vehicles

24 unitsMB-37 unitsN-Ⅰ7 unitsLE-38 unitsN-Ⅱ9 unitsLE-5 (exclude development prototype)9 unitsH-Ⅰ7 unitsLE-5A ( 　　　　〃　　　　 )8 unitsH-Ⅱ8 unitsLE-7 ( 　　　　〃　　　　 )16 unitsH-ⅡA18 unitsLE-5B ( 　　　　〃　　　　 )1 unitH-ⅡB18 unitsLE-7A ( 　　　　〃　　　　 )33 unitsSolid motor chamber production27 unitsCN (for rocket reaction control)18 unitsRCS (for satellite reaction control)

３）Ground facilities

Hot Firing Test StandHigh Altitude Test StandStage Firing Test StandHigh enthalpy shock tunnelM rocket launcherAerospace ground support equipment (AGE)H-ⅡA Rocket Launch Facilities

1945～(after World WarⅡ)

Domestic DevelopmentGCM1 Gas turbine Compressor (F104, F4)TJM2 Turbojet Engine (SSM-1)TJM3 Turbojet Engine (Target Drone)

International Collaboration

JT8D-200 Turbofan Engine (MD80) PW4000 〃 (Boeing 777, Boeing 747,

A330, MD11 etc)V2500 〃 (A320 series, MD90)TRENT1000 〃 (Boeing 787)TRENT XWB 〃 (A350XWB)

Domestic DevelopmentTS1 Turboshaft Engine (OH-1)MG5 Turboshaft Engine (MH2000)

International CollaborationPW210 Turboshaft Engine (S-76D)

Aero Engines


8281 82


QOthersœ

Major rockets of the world for the launch of

large-scale static satellites with capacities of 2 to 6 tons

CZ-3 (3A)H- Ⅱ BH- Ⅱ A

(standard type)PROTON KATLAS VDELTA IVALIANE VName

ChinaJapanJapanRussiaU.S.A.EuropeCountry

8.516.510.02112.5～20.58.1～2318Payload capacity into Low Earth Orbit (t)

2.68.04.04.94.9～8.74.2～136.8～12Payload capacity into Geostationary Orbit (t)

20m

40m

60m

H-ⅡB

NIPPON


8483

&. Headquarters & DivisionsGeneral Machinery & Special Vehicle Headquarters

QOutlineœ

The General Machinery & Special Vehicle Headquarters handles the trading of five

categories of products provided by MHI to support daily life and societies around the world:

engines, turbochargers, power-trains, industrial vehicles, and special vehicles.

The Headquarters trades in both diesel and gasoline engines. The diesels include medium-

and small-sized engines (3.0~4,000kW) for machinery such as generators, pumps, small-

sized ships, and agricultural machinery. Two sizes of gasoline engines are handled:

0.7~9.6kW for machinery such as agricultural machines, fountain machines, and mowing

machines. The engines supplied can also be divided into two types based on the purchasers:

those for final manufacturers and those installed within products for immediate use by the

customer. The Headquarters does not trade in engines for automobiles.

The Headquarters supplies turbochargers for vehicles of all sizes, from automobiles to ships

(10~1,500kW), to improve the combustion efficiency of engines and cope with environmental

regulations. Turbocharger manufacturing plants and sales bases located in Japan, the

U.S.A., Europe, Thailand, China and other countries are operating worldwide.

The Headquarters manufactures and provides key components for industrial vehicles, such

as drive-axles, transmissions, AC-controllers and packs of lithium-ion secondary batteries.

The Headquarters also offers hybrid-engine systems and electric drive systems to customers

by fusing the know-how and technology fostered in developing and manufacturing these key

components into various combinations.

The Headquarters trades in forklift trucks (1~42ton), the core of its industrial vehicles and its

main business. Four forklift manufacturing plants in Japan, the U.S.A., Europe and China, are

operating worldwide. Other goods traded include heavy cargoes such as automatically

guided vehicles and motor graders for transportation and clearing land.

The main special vehicles traded at the Headquarters are tanks, self-propelled howitzers,

and fleet engines.

6. General Machinery & Special Vehicle Headquarters

Aerospace technology

Systems engineering

Structures

Construction, shipbuildingtransport, informationsystems, management

Quality control, reliabilitycontrol, and standardizationof various industries

Lightweight monocoquestructures for vehiclesand rolling stockFail-safe structures forvehicles, steel structures,and facilities

Design of vehicles, rollingstock, buildings, and bridges

Carbon fiber compositefor golf club shafts

Compact, reliable electronicsproducts

Hydraulic machinery, brakes, and bearings for Shinkansen (bullet trains) and vehicles

Automatic operation of vehicles, rolling stock and ships, simulators

Highly efficient energy formation methods, chemical processing methods, adhesion welding

Gas turbine generation, ships, use of ground transport, aero-engine test cells

Corrosion technology for variousindustrial applications

Use of group materials, heat-resistant materials, and reinforced plastics for vehicles, ships, and structures

Aerodynamics

Materials

Energy saving

Pollution control

Control

Processing

Engines

Electronics& precision

Electric machines& machinery

Effective use of resources

Improved safetymeasures

Improved workingenvironments

Improved livingenvironments

Solutions for transport problems

Technological effects of the aircraft industry


8685


Mitsubishi Small-and Medium-Sized Engine Series

(excluding automobile and special vehicle use)

Agricultural,industrial &marine use

Industrial &marine use

Main application

Output(kW)

Product

MITSUBISHIEngine

ForindustrialuseForgeneratorsetsFormarineuse

MEIKI Engine

3.0

0.7 9.6

4,000

4,000

4,000

0 15 30 50 100 250 500 1,000 4,000

10

Powertrain

Hybrid drive systems, inverters/controllers, transmission, drive axles,

lithium-ion secondary battery packs

Material Handling Equipment

Forklift trucks, heavy cargo carriers

Construction Machinery

Earthmoving and : Motor gradersgrading machinery

Hydraulic equipment : Hydraulic equipment

Special Vehicle

Tanks, fleet engines

20

gas engine

Capacity

10～1,500kW

Product

Turbochargers

3. Turbochargers

Output (kVA)

0.55～5.8

20～490

25～875

377～4,413

263～1,250

263～3,375

Product name

Portable gasoline generator MG

Diesel engine generator PG

Portable engine generator MGP

Diesel engine generator sets

Gas engine generator sets

Diesel / Gas Cogeneration system

QMain Productsœ

Engine/Turbocharger

1. Engines

Application Type Output (kW) Product name

For agricultural use(agricultural machinery/small-sized industrialmachinery)

For industrial use(construction machinery/generators/industrialdrive units)

For marine use(main propulsion/auxiliary use)

Air-cooledgasolineWater-cooleddiesel

Water-cooleddieselWater-cooledgas

Water-cooleddiesel

0.7～9.6

3.0～28

3.0～4,000

222～1,031

10～4,000

MEIKI gasolineengine

MITSUBISHIdiesel engine

MITSUBISHIdiesel engineMITSUBISHIgas engine

MITSUBISHImarine dieselengine

2. Engine Generating Equipment


8887


QArea (As of April 1, ’10)Q

Area (m2)Site

Main PlantIwatsuka DistrictChitose PlantTotal

Building451,322

20,00042,395

238,03720,000

7,920513,717 265,957

2010200920082007200620052004200320022001

2,1952,2032,1011,9441,8291,7891,8021,8151,8471,873Main Plant137131129128129－－－－－Iwatsuka District－－－－2333310Chitose Plant

2,3322,3342,2302,0721,9601,7921,8051,8181,8501,883Total ※　No. of employees as of March 31 each year

QEmployeesœ

QBrief History of the Production Site Q

1920 Established as an automobile maintenance factory in Shibaura, Tokyo. Lines were

added for the manufacture of diesel engines, construction machinery, and special

vehicles in ensuing years.1970 The Automobile Division split from Mitsubishi Heavy Industries, Ltd. The production

facilities for construction machinery moved to their current location, in Sagamihara.2000 The General Machinery & Special Vehicle Headquarters was established as an

integrated organization with sales and manufacturing divisions (from April 1).

2005 Gasoline engines were transferred to the Headquarters from the Industrial

Machinery Division on April 1.

Date Product

Date Product

1931 Began production of industrial engines.

1946 Began production of agricultural engines.

1947 Began production of marine engines.

1956 Began production of turbochargers.

Began production of engine generators.

1995 Began production of gas engine generators.


Engine/Turbocharger

Date Product

1971 Began sale of forklift trucks (internal-combustion type).

1985 Began sale of heavy cargo carriers.

1994 Began sale of forklift trucks (electric type).

2009 Began sale of forklift trucks (hybrid type).

Material Handling Equipment

Date Product

1950 Began sale of motor graders.

1950 Began sale of tractors.

1961 Began sale of hydraulic excavators.

1987 Established Shin Caterpillar Mitsubishi Ltd.

(Transferred production and sale of hydraulic excavators)

2002 Transferred sale of construction machinery, excluding motor graders.

Construction Machinery

Special Vehicle

1)～1945 (during World War Ⅱ)

Type 97 medium tanksType 95 light tanks

2)1945～ (after World War Ⅱ)

Type 75 self-propelled 155mm howitzersType 99 self-propelled 155mm howitzersType 87 self-propelled anti-aircraft gunsType 90 tank recoveryType 91 bridge layerHeavy wheeled recovery

Type 61 tanksType 74 tanksType 90 tanksType 60 armored personnel carriersType 73 armored personnel carriers Type 89 mechanized infantry combat vehicle


9089

&. Headquarters & DivisionsAir-Conditioning & Refrigeration Systems Headquarters

QOutlineœ

As a comprehensive manufacturer of air-conditioners and refrigeration, the Air-Conditioning &

Refrigeration Systems Headquarters manufactures a wide ranging product series, from the

residential-use air-conditioners to commercial-use air-conditioners, automotive thermal

systems, applied refrigeration use machines, transport refrigeration units, and centrifugal

chillers. The integrated organization of the Headquarters facilitates the development,

manufacture, and marketing of a wide range of high-quality products, including many

industry-first and top-of-the-line product series.

Some of the latest examples of the highly energy-efficient products being developed and sold

include an industry-first heat recovery type centrifugal heat pump (the ETW), Inverter-type

commercial use air-conditioners (the Hyper-Inverter series), small size, light weight and high

efficiency scroll compressors for automotive thermal systems and scroll compressors for

hybrid vehicles.

The overseas department within the Headquarters has prepared for expected expansions in

overseas markets by establishing bases in Thailand, China, the U.S.A., the Netherlands,

Australia, and so on. These overseas bases coordinate organically with each other for

efficient procurement as a part of our global business development structure.

7. Air-Conditioning & Refrigeration Systems Headquarters

238.4

11

25

36

20

53230.5

14

25

34

17

541

2000 2001 2002 2003 2004 2005 2006 2007 2008 2009

��

NC machine tools including, machining centers (about 850 units)Various other machine tools, including 70 gear-cutting machines (about 1,250 units in total), FMS (flexible manufacturing system; 10 lines)

Machine tools

NC gas cutting machines, laser beam processor, electron beam welder, arc welding robotVarious other sheet metal processing machines (about 300 units)Welding FMS (flexible manufacturing system; 2 lines)

Sheet metal welding facilities

Vacuum carburizing furnace, automatic continuous quenching and tempering furnace, nitriding furnace (gas, ion), aluminum heat-treatment furnace, high-frequency quenching equipment, various electroplating baths, coating booths, etc.

Heat treatment & surface treatment facilities

Assembly lines (including a line for small-sized forklift trucks)Engine operation equipment (max. 6,000kW)Vehicle test equipment, hydraulic test equipment, generator set test equipment

Assembly and operation facilities

QProduction DistributionQSpecial Vehicles and Naval-Use Engine Construction machinery / Leisure equipment■Forklift trucks / Distribution equipment Diesel engines / Generator sets / Cogeneration systems ■Turbochargers Light-weight gasoline engines■ Small-sized gas turbines■Construction Machinery and Concrete Placing Equipment■


production. (unit: billion yen)

（bil.yen）250

0

50

100

150

200

167.0157.6 156.5

16

11

25

28

128

16 16

25 24

27 29

14 167 710 71 1

173.0

14

23

32

16

861

209.1

19

23

32

15

551

253.7

14

27

33

17

53 1

274.1

12

26

35

19

53

3159.9

16

18

37

20

6


9291


Date Product

1989 Began sales of a fuzzy control high-temperature-air outlet heat pump.

Began operation of a district heating and air-conditioning system designed to use

waste heat from the subway in Sapporo.

1990 Began sales of zone air-conditioners for outdoor use.

Began sales of PSA-feron recovery equipment.

1991 Began sales of underfloor-type air-conditioning systems.

Developed an ethylene removal system.

1992 Began sales of land-use container freezing units (achieved -30˚C) using CFC22.

1993 Began sales of a residential use air-conditioners with a highly efficient new-type DD

scroll compressor.

1994 Began sales of space-saving air-conditioners for commercial use incorporating

horizontal scroll compressors.

Began sales of ice-storage-type commercial use air-conditioners.

1995 Began sales of roof air-conditioners to be installed in the roofs of camping cars.

Began sales of refrigerant-heating-type commercial use air-conditioners.

1996 Began sales of small-size split-type refrigerating and freezing units designed for use

with the new cooling agent R404.

1997 Began sales of the triple DD scroll compressor air-conditioner designed for use with

the new cooling agent R410A.

1998 Began sales of high efficiency and high-grade residential use air-conditioners (the

RZ series).

1999 Began sales of high-efficiency residential use air-conditioners with a new ventilation

mechanism (the BLSV series).

Began sales of high-efficiency inverter-type commercial use air-conditioners (the

HiCoP25 series).

2000 Began sales of an air-conditioner for residential use which can be operated via the

internet (the e-@ir).

Began sales of multi-type ice storage air-conditioners for buildings (the High Peak

Shift & Cut series).

2001 Began sales of speedy heating/cooling and low-noise air-conditioners based on jet

engine technology (the SD series).

Began sales of the world’s highest-efficiency centrifugal chiller designed for use with

R134a (the NART series).

2002 Began sales of inverter-type commercial use air-conditioners (the Hyper-Inverter

series).

QMain Productsœ

¡ Commercial use air-conditioners: packaged air-conditioners for shops, multi-type air-

conditioners for buildings packaged air-conditioners for facilities, chilling units, gas heat

pump air-conditioners, ice-storage-type packaged air-conditioners, cooling tower,

commercial use cooling and heater

¡ Residential use air-conditioners: room air-conditioners, housing air-conditioners

humidifiers, air purification system

¡ Automotive thermal systems: automotive thermal systems, truck air-conditioners

¡ Applied refrigeration use machines: semi-hermetic type condensing units, hermetic

condensing units, storage refrigeration units, ethylene removal unit

¡ Transport refrigeration units: bus air-conditioners, truck and trailer refrigeration units

¡ Centrifugal chiller: centrifugal chiller, air to water heat pump, heat source system

Date Product

1915 Began sales of marine carbonic acid gas refrigerators.

1946 Began sales of small-sized open-type condensing units.

1952 Began sales of multi-cylinder refrigerators.

1953 Began sales of packaged-type air-conditioners.

1956 Began sales of air-conditioners for residential use.

1957 Began sales of automotive thermal systems.

1961 Began sales of air-cooled heat pump package-type air-conditioners.

1967 Began sales of marine transport refrigeration units.

1970 Began operation of district heating and air-conditioning system in Senri New Town.

1971 Began sales of split-type room air-conditioners.

1978 Began sales of wall-mount type commercial use air-conditioners.

1980 Began sales of ceiling recessed commercial use air-conditioners.

1981 Began sales of pressure cooling units.

1982 Began export of automobile air-conditioners to the U.S.A.

1984 Began sales of ceiling-suspension, wall-mounted, floor-standing conversional air-

conditioners.

1986 Began sales of a high-temperature heat-pump system for industrial use.

1987 Began sales of a very-high-air-temperature outlet, fast pull-down residential heat

pump and a low-air-temperature outlet, fast pull-down residential air-conditioner.

Began sales of a heat pump high-temperature self-cleaning anti microbe soft ice

cream freezer.

1988 Began sales of ceiling fan type indoor unit.



9493

3

25

114.5

35

13

168

2

28

134.8

34

16

12

8

2

27

123.3

37

11

13

1023

179.3

26

26

14

47

27

136.9

28

26

4

69


Test FacilityLarge-capacity refrigeration plant test facility (capable ofrefrigerating up to 10,000 tons)

Surface treatment & coatingPhosphoric acid coating treatment, hard anode oxidizationtreatment, cationic electrodeposition coating treatment

QMain Production Facilities œ

Machinery equipment Machining centers, NC lathes, NC grinding machines, NC turningcenters, etc.

Assembling equipmentPackaged air-conditioner assembly line, automotive thermalsystems line, compressor assembly lines, etc.

Sheet metal & weldingHeat exchanger assembly lines, vacuum brazing furnace for heatexchangers, Nocolok brazing furnace, large-size press line, forging press

QProduction DistributionœQAnnual Production Capacityœ

Commercial use air-conditioners (“Saison”air conditioner, packaged air conditioners,etc.).............................................. 84,000 units

Automotive thermal systems (compressor)Belt drive........................... 1,200,000 unitsMotor drive........................... 130,000 unitsTransport refrigeration units (truck and trailer refrigeration units, bus air conditioners).............................................. 65,000 units

Centrifugal chiller (centrifugal chiller)........................ 400,000 refrigerating tons

2000 2001 2002 2003 2004 2005 2006 2007 2008 20090

50

100

150

200

Commercial industrial packaged air conditioner Residential use air conditioner■Automotive thermal systems Applied refrigeration use machinery■Transport refrigeration machinery Centrifugal chiller■

（bil.yen）



3

31

129.6

30

15

11

10

3

33

113.8

30

11

9

142

28

106.5

36

10

915 2

31

113.7

35

11

9

12

3

28

79.6

30

12

1611

QBrief History of the Production Siteœ

Matsusaka plant


Area (m2)Site

Biwajima plant

Building

157,770 120,780

Takasago plant 20,140

Total 334,160 192,520

176,390 51,600

2010200920082007200620052004200320022001

1,0161,0089841,0161,0451,0721,1391,2671,3351,382Air-Conditioning Refrigeration Systems Headquarters※ No. of employees as of March 31 each year

QEmployeesœ

Date Product

1962 The Biwajima plant was established as part of the Nagoya Machinery Works.

1982 The Biwajima plant began operating independently as the Nagoya Air-Conditioning

& Refrigeration Machinery Works.

1987 “Nagoya” dropped from the name of the Works (new name: Air-Conditioning &

Refrigeration Machinery Works).

2000 Air-Conditioning & Refrigeration Systems Headquarters established as a

consolidated entity with sales and production divisions.

Date Product

2003 Began sales of variable speed driven centrifugal chillers with the world’s highest

partial load efficiency (the NART-Ⅰseries).

2004 Began sales of an inverter-type variable flow air-conditioners for buildings (the

Hyper Multi LX series).

2005 Began sales of high-efficiency gas heat pump air-conditioners (GHPs) (the ECO7

series).

2006 Began sales of TFV2000D, the country’s first freezing unit for trailers.

2007 Began sales of the New SJ series, and the New ZJ series residential air-conditioners.

2008 Began sales of variable speed driven centrifugal chillers (the ETI series).

2009 Began sales of the heat recovery type centrifugal heat pump (the ETW).


96

&. Headquarters & DivisionsMachine Tool Division

QOutlineœ

The Machine Tool Division manufactures various machine tools, precision cutting tools, auto

parts (engine valves and transmission parts), and power transmissions at its main plant at

Ritto in Shiga Prefecture and the Iwatsuka plant in Nagoya.

A pioneer in the Japanese Machine Tool Industry, the Division has accumulated technologies

highly praised in and outside of Japan. It aims to reach the maximum limits for productivity,

accuracy, and performance. The sundry products manufactured meet diverse requests from

customers and supply industry with the very best machines and services for machining

processes.

Foremost among the precision cutting tools produced in the Division is the world’s first dry

cutting hob capable of completely dry cutting, available since 2002. The Division is a total

manufacturer of gear cutting tools, renowned worldwide for its versatile skills in the

production of both precision cutting tools and gear cutting machines, and for the outstanding

new products it develops based on its extensive experience. In May 2005, MHI established

Mitsubishi Heavy Industries India Precision Tools, Ltd., a production base for precision

cutting tools expected to increase MHI’s share in the Indian and other overseas markets.

The Division had its start producing engine valves for the Zero Fighter, and now it produces

valves mainly for automobiles. The technical expertise and quality capabilities cultivated by

the Division through years of experience are prized in both domestic and overseas markets,

and active overseas expansion is targeted. The Division began producing engine valves with

MHI’s Chinese joint venture partner, Shenyang Aerospace Xinguang Mitsubishi Heavy

Industries Engine Valves Co., Ltd., in April 2005.

The Division uses its gear cutting machines to mass produce transmission parts and power

transmissions. The technologies acquired through operations are used to develop

transmission parts, power transmissions, and machine tools.

QMain Products Q

¡ Machine tools: machining center, large machine (boring and milling machines), special-

purpose machine, gear cutting machine, cylindrical grinding machine

¡ Precision machinery products: precision cutting tools, engine valves, transmission parts,

transmission devices, precision position feedback sensor

8. Machine Tool Division

95

31.1

21.8

29.5

6.19.82120.7

1.7

27.7

20.6

34.0

6.49.8

2309.3

1.5

20.6

31.3

29.9

5.4

11.5

2590.1

1.2

20.8

31.1

30.6

5.410.9

2414.9

1.2

19.6

27.7

33.1

6.911.5

2116.6

1.2

24.8

21.9

32.9

7.411.8

2121.7

1.3

24.9

22.4

31.8

7.512.1

2200.0

1.4

27.0

21.7

31.8

6.1

11.9

2227.2

1.4

28.8

20.1

32.7

6.210.7

2308.7

1.6

QOthersœAir-Conditioning & Refrigeration Products Total Demand (2000.4～2009.3)

0

1000

2000

3000（bil.yen）

Commercial-use air-conditioner Residential-use air-conditioner■ Automobile & bus air-conditionerCentrifugal, absorption chiller■ Refrigeration unit■ Cold Storage & refrigeration equipment■


production. (unit: billion yen)※3. Figures are based on "the Machine Statistics Monthly

Report" by Ministry of Economy, Trade and Industry.(Domestic + Export)

2000 2001 2002 2003 2004 2005 2006 2007 2008 2009

30.8

20.9

30.7

6.59.81909.8

1.3


98


97

QBrief History of the Production siteœ

RittoDate Product

1944 The former Mitsubishi Heavy Industries, Ltd. commenced production of aircraft

engine valves at Kyoto Machinery Works (Uzumasa).

Production of aircraft engines commenced at Kyoto Engine Works (Katsura).

1970 Automobile Division separated from the Kyoto Machinery Works. Plant renamed the

Kyoto Machinery Works of Mitsubishi Heavy Industries, Ltd.

1983 Ritto Plant constructed in Ritto, Shiga Prefecture, Japan.

1986 Universal machine manufacturing plant constructed in Ritto Plant.

HiroshimaDate Product

1939 Toyo Kikai Company established. Commenced the manufacture of lathes at the

Hiroshima Plant.

1943 Toyo Kikai Company renamed Mitsubishi Machine Tool Company.

1945 Mitsubishi Machine Tool Company merged into Mitsubishi Heavy Industries, Ltd.

Hiroshima Plant renamed the Hiroshima Works.

1982 Hiroshima Machine Tool Works established under the direct authority of the Mass-

Production Headquarters.

After integrationDate Product

2000 Kyoto Machinery Works and Hiroshima Machine Tool Works of Mitsubishi Heavy

Industries, Ltd. integrated and renamed Machine Tool Works (January).

Machine Tool Division established in order to integrate production and sales

operations (April).

2003 No. 2 Machine Tool Plant constructed. Hiroshima Plant moved and integrated into the

Ritto Plant.

2004 Mitsubishi Heavy Industries Machine Tool Sales Co., Ltd. established as a

dedicated machine tool sales subsidiary in Japan (April).

MHI Machine Tools H.K., Ltd. established as a dedicated machine tool sales/service

subsidiary in Hong Kong (December).

2005 Integrated production of power transmissions (Iwatsuka Plant) with the Machine

Tool Division (April).

Mitsubishi Heavy Industries, Ltd. acquired Indian tool company S.R.P. Tools Limited.

Mitsubishi Heavy Industries India Precision Tools, Ltd. established (May).

Shenyang Aerospace Xinguang Mitsubishi Heavy Industries Engine Valve Co., Ltd.

established in China as a joint venture for engine valve production (October).

Date Product

1944 Began production of aircraft engine valves.

1953 Developed Japan’s first transfer line for mass-production.

1960 Began production of the Mitsubishi-Innocenti CWB milling-and-boring combined

machine.

1961 Began production of the Mitsubishi-Lorenz hobbing machine.

1963 Began production of worm gear units.

1966 Began production of the Mitsubishi-Reihauer shaving cutter grinder.

1967 Developed Japan’s first NC horizontal boring mill. Began sales of the MAF machine.

1968 Developed the Mitsubishi horizontal machining center “MPA Series.”

1978 Began production of the Mitsubishi-Warner Swasey cylindrical grinding machine.

1980 Developed Japan’s first NC gear hobbing machine.

Began sales of the GH400NC.

Developed the Mitsubishi Planetary traction drive units.

1983 Developed Japan’s first NC cylindrical grinding machine “A6G/P6G.”

1985 Began sales of a vertical precision milling machine “M-VR series.”

1986 Completed the world’s largest-class NC milling-and-boring combined machine

“Supermiller.”

1987 Developed a high-speed, high-precision die and mold machine “M-KR series.”

1997 Developed a dry cutting system. Began sales of SuperDry hobbing machines “GN

series and SuperDry hob.”

2003 Began sales of the new vertical precision milling machine “MVR series.”

2004 Began sales of E series machines for gear manufacture: SuperDry hobbing machine

“GE series,” SuperDry gear shaping machine “SE25A,” gear shaving machine

“FE30A,” and gear grinding machine “ZE series.”

Began sales of large-size die and mold machine “MVR-FM series.”

2005 Developed the world’s first wafer bonding machine operable at room temperature for

MEMS.

2006 Began sales of the micro milling machine “μV1.”

2008 Began sales of the new horizontal boring mill “MAF150R.”

2009 Began sales of the internally toothed ring gear grinding machine “ZI20A.”

2010 Developed Japan’s first large-size gear grinding machine “ZGA2000.”



100


99

QAnnual Production CapacityQ

Large Machine.................. 210 units

Special-purpose machine.. 100 units

Gear cutting machine ....... 720 units(Cylindrical grinding machine)

Precision cutting tools.. 55,000 pcs.

Engine valves ....... 43,000,000 pcs.

Transmission parts...... 800,000 pcs.

Transmission devices.... 30,000 pcs.

Precision position feedback sensor ............ 7,800 pcs.

QProduction Distribution Q

2003 2004 2005 2006 2007 2008 2009

（bil.yen）



Machining center Large machine■ Special-purpose machine Gear cutting machine■Precision cutting tools Engine valves■ Transmission devices■ Others■

9

12

11

12

11

19

26

35.9

12

12

20

109

8

29

40.5

9

9

24

667

11

28

52.1

60

50

40

30

20

10

0

5

4

9

31

5

8

7

31

52.25

2

9

32

4

8

5

35

55.3

5

2

2

8

35

8

8

32

52.0

47

2

9

41

8

7

22

31.2

Total

QArea (As of April 1, ’10) Q

Area (m2)

Site

Ritto Plant

Iwatsuka Plant

Building

368,800

14,202

383,002

79,120

14,202

93,322

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QEmployeesQ

QMain Production Facilities Q

Metal workequipment

Large-scale machining line (max × 4.2m width in portal × 11m length)Large-size square parts FMS (flexible manufacturing system), squareparts mass-production FMSMachining center, gear-cutting tool-machining lineBroach cutters machining line, engine valves machining lineEngine valve hot forging line, transmission part machining line(Machining centers, grinding machines, gear-cutting machines, etc.(over 800))

Special-purposeequipment

Carburizing furnace, salt bath furnace, induction hardening equipmentPlasma-coating furnace, three-axis measuring equipment, gear-measuring equipment


102

Nagasaki Shipyard & Machinery Works

Kobe Shipyard & Machinery Works

Shimonoseki Shipyard & Machinery Works

Yokohama Machinery Works

Takasago Machinery Works

Nagoya Aerospace Systems Works

Nagoya Guidance & Propulsion Systems Works

*. Works

08.Works 10.9.27 10:57 AM ページ 1 (1,1)

53

35

66461.7

45

36

9

10

390.5

51

32

6

11

407.8

6

��

��

��

��

��

��

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104

*. WorksNagasaki Shipyard & Machinery Works

103

1. Nagasaki Shipyard & Machinery Works

QOutlineœ

The Works was established in 1857 as “Nagasaki Yotetsusho,” the first warship repair facility

in Japan. In the years since the Works has grown as both a shipbuilder and manufacturer of

machinery, leading the industry both in quality and quantity. The Works presently consists of

four plants: the Main plant, the Koyagi Plant, the Saiwaimachi Plant, and the Isahaya Plant.

The shipbuilding division excels in the building of ships with high added-value, such as LNG

ships, LPG ships, and cruise ships. The machinery division contributes to the development of

society as a producer of thermal, geothermal, and wind power plants, as well as solar cells,

pollution control equipment, desalination plants, and marine machinery. The Works also

participates in the production of space equipment based on long years of accumulated

experience and technology, and develops new fields and products, including its fuel-cells,

and integrated coal gasification combined-cycle power plants.


Area (m2)Site

Main PlantSaiwaimachi PlantKoyagi PlantIsahaya PlantTotalNagasaki R & D Center

Building586,584

68,2981,606,065

135,961

333,33067,963

443,60957,205

2,396,908201,906

902,10774,192


Shipbuilding ............ 1,900,000 GT

Ship repair .............. 5,500,000 GT

Boilers for land use...... 15,000 t/h

Boilers for marine use.... 2,600 t/h

Steam turbines

for land use........ 5,250,000 kW

Steam turbines

for marine use....... 400,000 kW

(540,000 PS)

Propellers ......................... 100 units

Turbochargers ............... 2,000 units

Wind Turbine Generators... 700 MW

QProduction Facilitiesœ＜Main Plant＞Shipbuilding facilities

Length(m)

Breadth(m)

Draft(m)

Shipbuildingcapacity(dwt)

375350276.6

Drydock No. 1No. 2 (repair)No. 3 (repair)

565638.8

141412.3

(approx.) 225,000300,000

95,000

226155328167244

Quay TategamiHachikenyaMukojimaAkunouraMizunoura

－－－－－

10.08.59.57.56.0

70,000D.T. 4,700

300,000260,000

90,000

324Buildingberth No. 1･2 56 － 80,000

Note: D.T. for displacement tonnage

QEmployeesœ

2000 2001 2002 2003 2004 2005 2006 2007 2008 2009Note: ※1. Figures in the column are in percentage (%) unit

※2. Figures on the column show the amount of total annualproduction. (unit: billion yen)

500

400

300

200

100

0

（bil.yen）

Shipbuilding and Steel structures Turbines, boilers for land use■ Marine machinerySpace equipment and other machines■

50

37

7426.6

34

49

710

379.6

42

39

910308.6

51

34

96441.8

51

38

74453.5

44

42

77379.7

34

52

68336.1

08.Works 10.9.27 10:57 AM ページ 103 (1,1)

105 106

*. WorksNagasaki Shipyard & Machinery Works

Turbine and Boiler Manufacturing Facilities

MachiningFacilities

Large NC combined production milling machine"2 GAUNTRY PRANOMATIC"

8,200(throad)×4,200(H)×45,000(travel)mmLarge NC lathe: 3,500φ×12,000(L)mm Large NC vertical lathe: 8,500φ×5,000(L)mmLarge gear cutting machine: 7,500φ×2,300(B)mm

Boiler ProductionFacilities

8,000-ton hydraulic press, 6 Mev “LINAC” Non-Destructive TesterAnnealing furnace:

4,000(W)×3,200(H)×26,000(L)mm 350-ton overhead travelling crane(overhang)

High-tech Facilities

Computer control systems assembling tester, Environmental testingfacilities, Simulator training center, Global net diagnostic center,Photovoltaics manufacturing facilities, Fuel cell manufacturingfacilities

AssemblyFacilities

Turbine-rotor large high-speed balancing test facilitiesTurbine governor test facilities

＜Koyagi Plant＞Shipbuilding facilities

Boiler and Wind Turbine Manufacturing Facilities

Length(m)

Breadth(m)

Draft(m)


990400

Dock BuildingRepair

100100

14.5～9.5514.5

(approx.) 1,000,000500,000

683

370

9.5 500,000×2

9.5 500,000

－

－

Quay

Boiler ProductionFacilities(Superheater &Reheater Tube Shop)

TIG automatic welderContinuous bender Continuous heat-treatment facilitiesAssembling and welding robot

Boiler ProductionFacilities(Pipe-Header Shop)

High-frequency pipe bender, Automatic laser marking facilities, NCheader boring machineMIG automatic welderHeader nozzle welding robotElectron beam welding machine

Boiler ProductionFacilities(Module Shop)

Assembly Facilities

Large sized annealing furnace;7,500(W)×7,500(H)×13,000(L)mm

200-ton overhead travelling crane(overhang)Welding machine for large sized pressure vessel

Large Fan test facilities, Wind turbine-generator assembly line

Boiler ProductionFacilities(Furnace Wall &Economizer TubeShop)

Multiple head panel processing machine － capable of 44 weldinghead simultaneous weldingAutomatic tube elongation facilitiesSpiral fin-tube welderAssembling and welding robot

East No. 1& No. 2East No. 3

08.Works 10.9.27 10:57 AM ページ 105 (1,1)

399.0

11

71

18

（）

268.414

55

8

23

291.8

15

53

10

22

277.0

22

9

56

13

108

*. WorksKobe Shipyard & Machinery Works

107

2. Kobe Shipyard & Machinery Works

QOutlineœ

The Kobe Shipyard and Machinery Works started operation in 1905 mainly as a facility for

repairing ships. Today it comprises the Main Plant and the Futami Plant. The marine division

manufactures quality vessels such as container ships, pure car and truck carriers,

submarines, and deep submergence research vehicles. The power systems division,

meanwhile, manufactures things such as nuclear power plants and diesel engines, making a

major contribution to industrial development and building a solid social and industrial

infrastructure. The Works fully applies its abundant experience and sophisticated

technologies to tackle the growing need for semiconductor equipment and space equipment,

and pioneer new fields.


Area (m2)Site

Main PlantFutami PlantTotal

Building669,100501,100

411,10053,100

1,170,200 464,200


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－－－－－－－－��

��

※　��

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QEmployeesœ

2000 2001 2002 2003 2004 2005 2006 2007 2008 2009Note: ※1. Figures in the column are in percentage (%) unit

※2. Figure on the column show the amount of total annualproduction (billions of yen), and include the amount for theTransportation Systems & Advanced Technology Division(Kobe site) which separated from the Kobe Shipyard &Machinery Works in October, 2009.

500

400

300

200

100

0

（bil.yen）

QAnnual Production Capacityœ

Shipbuilding ............... 300,000 GT

Steel structures............ 30,000 t

Diesel engines ........ 1,000,000 PS

Nuclear power

plants .................... 3,000,000 kW374.4

17

9

58

16

363.4

16

8

63

13

Ships and Marine structures Power systems and Nuclear energy systemsMachinery and Steel structures, Space equipment, etc.■

1996-2004 Steel structures and Construction machinery■Environmental protection systems, Construction machinery, Highway toll systems, etc.■

269.1

22

58

20

270.2

18

59

23

303.3

16

67

17

364.4

12

72

16

08.Works 10.9.27 10:58 AM ページ 107 (1,1)

110

*. WorksKobe Shipyard & Machinery Works

109

Machinery Production Facilities

Machine tools Super Miller(NC Gantry-Type Turning and Milling Machine)13,000(B)×12,500(H)×32,500(Travel)mmmax size for work pieces : φ11,500×12,500(H)mm

NC horizontal boring mill14,000(Travel)×5,800(H)mm

Five-face fabrication haibe3,800(B)×3,050(H)×5,000(Travel)mm

Machine tool for core barrel fabricationmax. size for work pieces : φ6,300mm×8,400mm

Turn Miller(Turning and Milling Machine)6,550(B)×4,500(H)×7,000(Travel)mmTable Diameter 5,000×6,500(H)mm

Machine tool for monoblock fabrication4,700(B)×5,200(H)×12,000(Travel)mm

Large NC lathemax size for work pieces : φ2,700×15,000(L)mm

Large Turning Centermax size for work pieces : φ15,000×4,500(H)mm

Gantry Miller7,400(B)×7,200(H)×30,000(Travel)mm

Deep hole driling machine (5 spindles BTA)5,000(B)×4,000(H)×1,025(D)mm

Welding equipment Electron beam welder output : 150kW

YAG Laser welderoutput : 6kW

Sheet metal facilities

Operating facilities

NC gas plasma cutting machine : max size for work pieces 5,000mm (breath)

Abrasive jet cutting machine :max size for work pieces 5,500mm (breath)

Panel welding robot : coverage 5,000(B)×20,000(L)×1,000(H)mm

Water brake dynamometer : 4

Bending andHeat treatment equipment

Hydraulic press machine : max press weight 2,000 ton / 6,000 tonBending roller (3rollers) : max size for work pieces 110mm (thickness), 4,000mm (breath)

Bending roller (4rollers) : max size for work pieces 60mm (thickness), 5,000mm (breath)

Heat treatment Furnacesize : 13,000(B)×12,000(H)×26,000(L)mm

QProduction Facilitiesœ

Shipbuilding Facilities

Length(m)

Breadth(m)

Draft(m)


95.0301.5

Dock No. 1*No. 4

19.043.7

11.79.5

4,300160,000

160

350120290160

295220

295

295

6.0

8.24.88.58.5

8.57.3

8.2

9.0

16,000

250,00010,000

150,00016,000

150,00065,000

150,000

150,000

－

－－－－

－－

－

－

Mooringpier

No. 1No. 2 1

2No. 3 1

23

No. 4No. 5 1

23

No. 6 2

305.0136.0104.0

289.6

Buildingberth

No. 3No. 4-1No. 4-2Marine structureberth

61.412.019.0

33.8

－－－

－

310,00024,50033,000

－

Note: ＊indicates floating dock.

08.Works 10.9.27 10:58 AM ページ 109 (1,1)

252.465

23

6

58

350.2

75

136

66

41

43.4

12

14

18

96 2

43.1

108169

55

Super HeavyComponent Shop at Futami Plant

This shop is equipped with the following facilities to accommodateassembly and welding operations for the large-sized reactor pressurevessels of nuclear power plants: super miller (NC gantry-type turningand milling machine), automatic large welding equipment, X-rayexamination equipment, heat treatment furnace, etc.

MechatronicEquipment Shop

This shop assembles and tests control panels and nuclear systems.

346.5

714

107

59

13

13

54

51.7

9

8

112

*. WorksShimonoseki Shipyard & Machinery Works

111

Other Facilities

Nuclear Service Center

This center was established for the purpose of shortening refuelingoutage work period and reducing radiation exposure. The ultimateobjective is improvement of plant reliability and availability. Toachieve these purposes, this center is used for training refuelingoutage workers and functional testing of newly developed tools usingmockups.

MitsubishiMaintenanceTraining Center

This center is equipped with full-size models of reactor vessel andcore internals available for high-reliability verification and training invarious maintenance and servicing activities for heavy componentswithin the containment vessel including, for example, remote-controlled underwater operations on nuclear power plants.

3. Shimonoseki Shipyard & Machinery Works

QOutlineœ

This Works was established in 1914 as a facility for ship repair. Today it consists of two

plants, the Enoura Plant and Yamatomachi Plant. The shipbuilding department specializes

and excels in building special-purpose vessels such as cable layers, ocean research vessels,

luxury ferries, high-speed RO/RO boats, all types of light-alloy high-speed ships, and other

value-added vessels. The machinery department produces various products such as deck

machinery, air preheaters, testing systems, hydraulic machinery, and FRP components.

Area (m2)Site

Enoura PlantYamatomachi PlantTotal

Building149,040131,430

50,57851,128

280,470 101,706

Shipbuilding ............... 135,000 GT

Ship repair .............. 3,000,000 GT

High-speed ship............. 1,500 GT

Air preheaters ..................... 20 units

Deck machinery................ 700 units

Hydraulic machinery .... 20,000 units

Testing system ................... 20 units

Loading arms...................... 50 units

GX FRP parts ..................... 60 units



2010200920082007200620052004200320022001

634692613607586567595621667720Enoura Plant291336312285276274297326318335Yamatomachi Plant9251,0289258928628418929479851,055Total

※ No. of employees as of March 31 each year. No. of employees for 2010 as of April 1.

QEmployeesœ

2000 2001 2002 2003 2004 2005 2006 2007 2008 2009

80

60

40

20

0

（bil.yen）

Simulator Center This center is furnished as a facility to develop and verify software forall kind of control devices and training simulators for nuclear powerplants. Also, the latest full-scale PWR simulator is equipped tosupport software verification of control devices, improvement inhuman-machine interface, and educational training.

Kobe Space Center The facility is equipped with a clean room for the assembly andtesting of high-precision products and devices that require absolutecleanliness (such as space equipment, semiconductor productionequipment, and so on), as well as related research and development.High-density plasma chemical vapor deposition equipment has alsobeen installed at the site for demonstrations in conduct semiconductorfields.



Shipbuilding Shiprepair■ Power systems General machinery■General machinery & components Others■

3

16

11

57

350.4

8

53

45.8

96

157

60

449.4

65

20

5

60

13

57.64

25

9

58

08.Works 10.9.27 10:58 AM ページ 111 (1,1)

114

*. WorksYokohama Machinery Works

4. Yokohama Machinery Works

QOutlineœ

The history of the Yokohama Machinery Works reaches back to the establishment of

Yokohama Dock Company, Ltd. in 1891. Originally set up for the purpose of ship repairs, the

company later extended its business scope to include shipbuilding and machinery production.

In 1935, the Yokohama Dock Company merged with Mitsubishi Heavy Industries.

To meet expanding production requirements, an additional plant was opened in Honmoku in

1966. In 1982, in conjunction with the Minato Mirai project devised by Yokohama City to

promote the redevelopment of urban coastal districts, the Works was moved from the site it

had occupied since its founding to the Honmoku Plant and Kanazawa Plant.

Today’s Yokohama Machinery Works offers technology and products designed to achieve a

more comfortable society. With an accurate understanding of future social needs, the Works

remains totally committed to meeting the challenges of new technologies and new fields.

Area (m2)Site

Kanazawa PlantHonmoku PlantTotal

Building329,994523,758

125,608132,268

853,752 257,876Advanced Technology Research CenterYokohama R & D Center

31,80015,953

11,1129,566

Note : Parts of the Advanced Technology Research Center and Yokohama Research &Development Center are physically located within the Yokohama Machinery Works,though the employees of these two research centers are not counted as employees ofthe Works


��

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QEmployeesœ

113

QMain Production FacilitiesœShipbuilding Facilities

Length(m)

Breadth(m)

Draft(m)


－185.9

84.0

Berth No. 1No. 2Light-alloy ship shop

－53.224.7

－－－

－33,000

600

200.0200.0

88.0117.0

80.2

6.06.25.56.06.0

33,00033,000

9,00040,00040,000

－－－－－

Quay No. 1No. 2No. 7No. 8No. 14

164.1217.0

82.855.6

Dock No. 1No. 2No. 3No. 4

23.832.016.310.5

9.510.0

5.94.4

17,00040,000

4,0001,000


Sheet metal facilities

Hydraulic pressNC plasma & gas cutting machineAutomatic welding machine with twin electrodesWelding positioner for post of deck cranesManufacturing line for elements of airpreheaterArc welding robot

Assembly facilities

Winch test towerDeck crane operating facilitiesHydraulic machinery test stand

Composite facilities

Ray-up room Autoclave Ultrasonic c-scanX-ray inspection equipment Material testing equipment instron Filament winding, Prepreg cutting machine

Machining facilities

Milling, boring and combined machine "MAF" NC large vertical lathePrecision milling machineTurning center: machining dia.Various NC machine tools

08.Works 10.9.27 10:58 AM ページ 113 (1,1)

116

*. WorksYokohama Machinery Works

115


Machine tools Combined production milling machineNC machining area : 4,300(B)×4,000(H)×20,000(L)mm

Horizontal boring machine : 4,000×15,000mmFlexible manufacturing system for parts of diesel engine, gas engine :Horizontal type machining center×4Automatic pallet changer×1

Wire cutting machine : Work tank dimension 1,050mm×820mm×300mm

Electric discharge machine : Work tank dimension 2,000mm×1,100mm×700mm*1

Machining center : Table dimension 800mm×800mm, 5-axis vertical precision

Grinding Center : Table dimension 1,000mm×1,000mm, 5-axis vertical precision

Boiler production facilities

4,000-ton hydraulic pressAnnealing furnace max. : 150 tons,5,000(B)×20,000(L)×3,500(H)mm

X-ray equipment : LINATRON-M6A

Welding equipment YAG laser : Max output 2.0kW

Spray equipment

Test facility

Low pressure plasma spray equipment : Max output 120kWAir plasma spray equipment : Max output 55kW, 6-axis robot 2-axis turntable

Thermal spraying equipment for high pressure frame : Gas flow mach7, 6-axis robot 2-axis turntable

Fluorescent penetrant inspection equipment : Max dimension for inspection object 870mm×820mm×400mm Weight 150kg

Flow measurement equipment : Measurement of cooling air flow for rotating and stationary blade

Operating facilities Diesel engine, Gas engine : 16,000kW×4, 18,000kW×2

Ship repair ............... 6,600,000 GT

Boilers ............................. 5,600 t/h

Turbines...................... 534,000 kW

Diesel engines, Gas engines

................................... 400,000 kW

Wind turbine generators .... 900 MW


QMain Production FacilitiesœShip repairing facilities (in Honmoku Plant)

Length(m)

Breadth(m)

Draft(m)

Capacity(dwt)

350.0270.0180.0

Dock 1RD2RD3RD

60.060.030.0

8.89.8

10.7

270,000120,00038,000

334.0196.0208.0413.0250.0270.0

Mooring Pier 1W3AW3BW4W6W7W

－－－－－－

9.09.09.07.0

10.012.0

200,00025,00038,000

250,00075,00075,000

2000 2001 2002 2003 2004 2005 2006 2007 2008 2009

（bil.yen）

Ship repair■ Steel structures■ Automatic parking facility Boilers, turbines■Diesel engines Environmental plant■ Wind turbines■



149.2

28

11

19

34

8

127.7

32

17

13

9

22

7

127.6

14

10

40

28

8

114.9

28

9

45

126

83.7

30

9

39

715

118.1

35

17

16

23

9

100.7

26

19

34

138

13

8 80

200

150

100

5030

167.6

7

7

38

5

26 20

173.7 176.7

1014

7 9

43 43

66

08.Works 10.9.27 10:58 AM ページ 115 (1,1)

118

*. WorksTakasago Machinery Works

117

4

63

27

394.9

24

4

61

31

359.0

13


Gas turbines ............ 8,000,000 kW

Steam turbines for thermal & nuclear

power plants .......... 2,400,000 kW

Water turbines ............ 750,000 kW

Pumps................................ 500 units

（bil.yen）

Steam turbines for thermal & nuclear power plants Gas turbines■Water turbines Blowers & compressors■ PumpsRefrigeration systems,heating and cooling systems■ Others■



711

58

23

214.6

1

5

58

34

343.3

12

4

63

32

250.21

58

2000 2001 2002 2003 2004 2005 2006 2007 2008 2009

100

200

300

400

030

217.4723

58

27

6230.8

81

62

23

7228.1

71

1011

28

157.2

1

50

4

66

25

371.7

14

Total 880,961 300,708

5. Takasago Machinery Works

QOutlineœ

In 1962 the Works began operating as a turbine manufacturing plant within the Kobe

Shipyard & Machinery Works, a producer of large-capacity power plants and machinery. In

1964 the plant separated from the Kobe Works and established as the Takasago Machinery

Works. Today it manufactures products such as gas, steam, and water turbines and pumps.

The high-performance gas turbines produced at the Works, the most heat-efficient ever

realized, contribute to the advancement of both daily life and industry all over the world.


Area (m2)Site

Main PlantIwanai Plant

Building873,841

7,120298,488

2,220

Takasago R & D Center 143,148 61,039

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08.Works 10.9.27 10:58 AM ページ 117 (1,1)

120

*. WorksNagoya Aerospace Systems Works

119

6. Nagoya Aerospace Systems Works

QOutlineœ

This Works was established in 1920 as a subsection of Mitsubishi Internal Combustion

Engine Manufacturing Co., Ltd. In 1956, the aircraft division split from the Nagoya Machinery

Works and named itself the Nagoya Aircraft Works. Then, in 1989, the Nagoya Aircraft Works

split into two entities, the Nagoya Aerospace Systems Works and the Nagoya Guidance &

Propulsion Systems Works. The Nagoya Aerospace Systems Works comprises the Oye

Plant, Tobishima Plant, Komaki South Plant and Hiroshima Plant. In addition to designing

and manufacturing products for advanced aircraft and providing product-support services, the

Works designs and manufactures the latest space equipment and provides launch services.

To meet the growing demands of MHI’s civil aircraft business, the Works commissioned a

new composite wing center at the Oye Plant in 2006. MHI officially launched the Mitsubishi

Regional Jet (MRJ), a next-generation regional jetliner in 2008. The Mitsubishi Aircraft

Corporation was also established, and will manufacture prototype aircraft and production

models and be responsible for the MRJ’s flight testing.

Area (m2)Site

Oye PlantTobishima PlantKomaki South PlantHiroshima PlantHaneda Supply Center

Building364,400155,200331,700

37,100800

305,60050,300

104,00037,1002,600

Total 889,200 499,600


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Machine tools

Flexible manufacturing cell for HP casingmax. work dimension 7,400W×7,000L mm

Turbine blade high speed machining centermax. spindle rotation 24,000rpmmax. work length 700mm

Large NC lathe max. work. dia. 5,500mmwork length 15,000mm

Large vertical lathe max. work. dia. 12,500mmmax. work. height 5,500mm

Large horizontal boring machine max. work dimension 6,500W×8,000Hmm

Multiple spindle drilling machine : 41 & 35 spindlesSide-entry milling machine

max. work. dia. 3,200mm work length 15,000mm

Boring and trepanning association machinemax. spindle rotation 3,000rpmmax. workpiece dia. 3,000mmmax. work depth 1,000mm3 spindles independent control

Fabricationequipment

Hydraulic press : 3,000 tonsU bend tube automatic inserting machine : 5 heads

max. tube length 17.5m

Welding equipment

Test facilities

Electron beam welder output max. 45kWvacuum chamber 5,800W×7,400L×4,400H mm

Furnace (Large)internal diameter of the furnace 8,000W×16,500L×7,000H×250 tonsmax. heating temperature 850℃

Laser beam processor : output 3.5kWmax. work dimension 2,600W×1,700L×600H mm

Micro plasma welder : output 1.75kWmax. work dimension 1,100W×900L×500H mm

YAG laser welding processor for combustor : output 4.5kWmax. work dimension 5,000W×800L×800H mm

Hot press : max. temp 1,300℃ 800 tons (2 heads)

Steam turbine test facility steam max. 370 tons/h 30kg/cm2×425℃

Turbine-rotor high-speed balancing test facilitymax. test rotor 5,600mm dia×15,000mm length 200 tons weight

Gas turbine component test facility max. 25kg/cm2G air flow 50kg/s

Gas turbine fuel load test facility max. 132 MW, Pump load test facility

max. water flow 76,500m3/hmax. water head 4,500m electric power capacity 15,000KVA (GTO inverter)

Flow measurement equipment : for combustion baskets, fuel nozzles, transition pieces and turbine blade & vanes

Forging equipment

High speed automatic forging machine : 100 tons×4 headsScrew press : 10,000 tons 2,800 tons

Thermal sprayequipment

Low Pressure Plasma Spray equipmentmax. output 120kW

Air Plasma Spray equipmentmax. output 55kW, 6-axis robot 2-axis turntable

Thermal spraying equipment for high pressure frameGas flow mach 7, 6-axis robot 2-axis turntable

08.Works 10.10.8 0:18 PM ページ 119 (1,1)

122

*. WorksNagoya Aerospace Systems Works

121

QMain Production and R & D Facilitiesœ

Productionfacilities

R & D facilities

Drafting Automatic drafting machineDetail fabrication

Composite &assembly

Equip & final assembly

Inspection

Others

60cm trisonic wind tunnel 2m low-speed wind tunnelMaterial test laboratoryComposites laboratory Functional test (various environmental & functional tests) laboratoryStructure test laboratory Flight simulatorsSpace environmental test laboratory Radio anechoic chamber Avionics system integration laboratorySuper-computer

3 head 5 axis NC profiler 2 head 5 axis NC profiler 1 head 5 axis NC profiler5 axis flexible manufacturing system4 axis flexible manufacturing systemLarge sized 4 axis machining centerVertical NC turning lathe5 axis NC boring machineHot sizing press1500 ton skin stretcher1250 ton press brake150 ton frame stretcherFabrication of stringer lineSkin polishing machine5 axis NC trim machine3 axis NC laser scribeChemical milling lineShot peening & forming machineNC tube bending machineVector 1 tube measuring machineFrame roll machineHorizontal Type High speed 5-Axis profilerFluid Cell PressHoneycomb milling machineWing Automation SystemPrepreg cutting machine Automated tape layerAutoclaveElectron beam welderAutomatic riveter Helicopter blade test equipmentAutomatic electric circuit testerAvionics bench testerNoise Suppressor for aircraft and enginesAutomatic X-ray inspection equipmentAutomatic ultrasonic inspection equipment Large-sized CNC coordinate measuring machineFM Laser Radar Measuring equipment Video GrametryClean roomPlastic media blast system

810

39

17

26

260.489

46

11

26

300.0

11

9

34

14

31

268.31

98

26

11

45

248.41

Fixed-wing Aircraft

Helicopter

Commercial Aircraft

Space Systems

QProduction DistributionœQMain Productsœ

（bil.yen）

Aircraft for MOD (including repairing) Helicopter for MOD (including repairing)■ Commercial aircraftSpace systems■ Spare parts Others■



2000 2001 2002 2003 2004 2005 2006 2007 2008 2009

400

0

47

16

22

59

373.71

42

11

32

69

300.7

51

12

19

8

9

340.31

46

15

23

511

236.1

100

200

300 79

45

12

27

312.8

710

48

11

24

261.8

08.Works 10.9.27 10:58 AM ページ 121 (1,1)

124

*. WorksNagoya Guidance & Propulsion Systems Works

123

QMain Production and R & D Facilitiesœ

Productionfacilities

R & Dfacilities

Machine tools

Horizontal/vertical 5axis machining centerHorizontal 4axis machining centerVertical 3axis machining centerNC horizontal surface broaching machineCenter drive latheFir tree slot edge rounding machineNC lathe/NC vertical latheJig bore2head fir tree grinding machine2head vertical grinding machineHigh speed YAG laser machineCurvic coupling grinding machineWire cut electric discharge machineSinking electric discharge machineNC shot peening

Fabricationequipment

Fluid forming pressSpinning machine

Welding/Thermal sprayequipment

Heat treatment

Rocket engine firing test stand, Acoustics test facilities, Other environmentaltest facilities, Small engine test facilities, Electronic equipment developmentfacilities, Materials analysis equipment (Materials Lab.)

Large NC electron beam welding machineLaser welding machinePlasma coating machineAutomatic TIG welding machineResistance seam welding machine

Large vacuum furnace

Surfacetreatment

Electroplating tank (Ni, Cu, Cd, Pb)Chemical treatmentCopper electrolytic forming

QualityAssurance

Large engine test cellHelicopter GEAR-BOX test standLarge coordinate measuring machineAutomatic scanning equipment of ultrasonic inspectionAutomatic eddy current inspectionMicro focus X-ray TV system

Others High-quality clean roomPrinted wiring board assembly equipmentControl device functional test equipmentLarge dynamic balancing machine

7

29

64

225.6

12

37

51

160.9

14

37

49

150.6

15

36

49

129.7

50

34

16

139.6

7. Nagoya Guidance & Propulsion Systems Works

QOutlineœ

This Works began operation in 1972 as the Komaki North Plant within the Nagoya Aircraft

Works. Seventeen years later, in 1989, it became independent and named itself the Nagoya

Guidance & Propulsion Systems Works. The Works now manufactures missiles, aerospace

engines, and control equipment.

Area (m2)Site

Main PlantTashiro Field Laboratory

Building382,103

1,176,000157,162

4,244Total 1,558,103 161,406

Missiles

Aero engines & Space systems

Control equipment

Transmission system for helicopter

Engine test cell

Hybrid IC for heavy environment


QMain Productsœ

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QEmployeesœ


2000 2001 2002 2003 2004 2005 2006 2007 2008 2009

200

150

100

50

0

（bil.yen）

Missiles Aero engines & Space systems■ Control equipment & Others

46

32

22

144.6

47

38

15

139.0



49

36

15

143.5

7

33

60

179.7

5

31

64

211.2

08.Works 10.9.27 10:58 AM ページ 123 (1,1)

126

Research & Development Organization

Research & Development Centers

Recent Main Research & Development Activities

Research & Development Costs

Technical License Agreements

Intellectual Property

(. Research & Development

09.Research&Development 10.9.27 11:56 AM ページ 1 (1,1)

127 128


1. Research & Development Organization

Under the Technical Headquarters, the Advanced Technology Research Center and five

Research & Development Centers (Nagasaki, Takasago, Hiroshima, Yokohama and Nagoya)

promote our company's R&D through the close collaboration with the Production

Headquarters and Divisions responsible for the development of products.

Regarding the products development, the Product Center of the Technical Headquarters

serves as core organizations, offers technological and development support for existing and

next-generation products, and develops critical technologies for products of the future.

As for the elemental technology, Technology Units develop R&D plans for various

technological fields and promote technology transfer. In this way, it has sought to realize our

comprehensive capabilities to the fullest.

★：Functions for the entire Company

Material Technology

Technical Headquarters

Technology Planning Dept.

Technology Training Center

Intellectual Property Dept.

Advanced TechnologyResearch Center

Nagasaki Research &Development Center

Takasago Research &Development Center

Hiroshima Research &Development Center

Yokohama Research &Development Center

Nagoya Research &Development Center

・Commercial Ships ・Boiler Plants ・Engines・Wind Turbine Plants・Lithium-ion Secondary Batteries・Commercial Transport aircrafts

・Turbochargers・Marine Machinery

・Nuclear Power Generation　System・Gas Turbine Combined Cycle　Power Generation System・ITS (Intelligent Transport Systems)・Machine Tools

・Environmental Systems・Steel Structures・Medium-to-Small sized

Power Systems

・Air-conditioners ・Industrial Machinery

Design Center

Chemical & Bio Technology

System Control

Instrumentation & Electronic Application Technology

Applied Phisics

Design

Manufacturing Technology

Tribology Technology

Combustion & Heat Transfer Technology

Fluid Dynamics

Structure, Strength & Vibration Technology

Note: A research promotion section has been established for each product marked*

Manufacturing Technology Center

・Chemical and Machinery Plants

・Material Handling Systems ・Paper Converting and Printing 　Machinery ・Transportation Systems ・Steel Bridges


130


129

■Advanced Technology Research Center

This center develops key leading-edge technologies for energy and environment-related

products by making the best use of MHI’s vast technical expertise in film deposition

technology and computer simulation. It also engages in the development of new products,

such as room-temperature wafer bonder, through close cooperation with individual

headquarters and divisions. In addition, it has stepped up other activities, such as market

intelligence and business engineering research.

■Nagasaki Research & Development Center

This center takes on R&D regarding distribution and energy/environmental problems from

various angles. Armed with basic technologies in materials, mechanics, combustion and

other areas, it works to enhance the performance and quality of key products, such as

commercial ships, boilers, aircraft and engines, and commercialize clean energy

technologies, such as wind turbine plants and lithium-ion secondary batteries.

■Takasago Research & Development Center

To help reduce the burden on the environment, this center conducts R&D on nuclear and

thermal power plants and other energy-related equipment systems, and assists

commercialization of energy-efficient air-conditioning and refrigeration products. In addition, it

also conducts technological development, such as ITS, machine tools and aeronautics/

space.

■Hiroshima Research & Development Center

This center develops products such as chemical plants, compressors & mechanical drive

turbines, steel-making machines, traffic systems, and printing machines. It also takes on the

development of leading-edge products in fields such as clean energy and healthcare.

Examples include CO2 absorption systems and radiotherapy equipment.

■Yokohama Research & Development Center

This center actively conducts R&D on environmental equipment, steel structures, and

medium-to-small sized power systems, it is also engaged in the development of environmental

and energy solution systems incorporating these products.

■Nagoya Research & Development Center

This center conducts R&D using basic research in the air-conditioners and industrial

machinery fields, covering a diverse array of technologies, encompassing product design,

fluid dynamics, heat transfer, acoustics, electronics/control, power electronics,

telecommunications, chemistry, materials, and so on, and has achieved substantial results.

Based on these results, the center is now developing products for comfortable life.

2. Research & Development Centers


132


131

Through close cooperation among its headquarters, divisions, works and R&D centers, the

MHI Group (MHI and its consolidated subsidiaries) is vigorously researching and developing

technologies to expand its businesses and strengthen the competitiveness of its products in

all fields, from shipbuilding and ocean development to power systems and aerospace. The

R&D at MHI responds closely to the latest environmental, resource, and energy issues.

(1) Shipbuilding & Ocean Development

In the shipbuilding & ocean development field, MHI conducts a variety of development, such

as the development of fluid technology to improve the performance of ship propulsion; the

development of technologies that reduce environmental impact, including waste and gas

emission control technology; and the development of strength technology and vibration/noise

reduction technology to improve structural reliability.

Based on the above, MHI aims to improve the performance and reliability of products such as

LNG (liquefied natural gas) ships, LPG (liquefied petroleum gas) ships, container ships and

car carriers, which play a role in stable worldwide logistics; and various large-sized ships

such as passenger ships and ferries, for which future demand growth is expected; as well as

special-purpose vessels such as research vehicles and ocean structures.

The main research and development in this field is as follows.

・Development of an “air lubrication system,” in which air is sent to the bottom of a ship to

reduce frictional resistance between the ship and seawater by the force of the bubbles, as

well as development of an energy conservation-type module carrier utilizing the system.

・Development of a new generation training/survey/research vessel which has steering

controlled by a seawater pump jet device.

(2) Power Systems

In the power systems field, MHI promotes the development of technologies to realize stable

energy supply, environmental protection, and high efficiency.

Through technology to use clean fuel such as natural gas/nuclear energy and renewable

energy, and distributed power supply systems and high efficiency generation systems, MHI

engages in research and development in response to both the upper and lower reaches of

the energy market’s needs.


・Development of the J-series gas turbine, which has an inlet temperature of 1,600 degrees

Celsius, boasts the world’s largest output and highest level thermal efficiency, and

contributes to the realization of a low carbon society.

・Development of integrated gasification combined cycle (IGCC) plants, the

commercialization of which is expected to take place nationally and internationally: (1)

development of 500 - 600 MW output class commercial plants, (2) development of CO2

reduction technology combining IGCC with carbon dioxide capture and storage

functionality, (3) development of coal gasification furnace technology, which is expected to

have applications for chemical products using coal as a raw material, and (4) development

of technology for the effective utilization of low grade coal.

・Development of “MWT100/2.4,” which increased the wing rotation diameter of the 2.4MW

class “MWT95/2.4” wind power generation system from 95m to 100m and further improved

power generation performance in middle and low wind speed areas.

・Research into over-5MW class large-size offshore wind turbines expected to be introduced

in Europe.

・Development of the technology for next-generation light water reactor plants, and

development of inspection and repair technologies to increase the reliability of existing light

water reactor plants.

・Design, and development of elemental technologies, for the Japan Atomic Energy Agency,

carried out as a core company for the development of the Fast Breeder Reactor (FBR)

demonstration reactor.

(3) Machinery & Steel Structure

In the machinery & steel structure field, MHI is engaged in technology/product development

to provide value added products and social infrastructure that contribute to things like

environmental safeguards including global warming prevention, transportation such as that

for land traffic/logistics, and basic facilities for various industries including the iron and steel

and chemical industries, as well as energy supply.


・Development of technologies to absorb CO2 from the exhaust gas drained from the boilers

of coal-fired power plants, for the purpose of global warming prevention.

・Development of intelligent transport systems-related products, such as the electronic toll

collection system (ETC), that make full use of IT-related technologies.

・Development of the small, lightweight and high-output motor inverter system that

contributes to reducing the burden on the environment when installed in hybrid engines for

trucks.

・Development of technology and equipment to produce bio alcohol by saccharification of

cellulose included in leftover, non-edible agricultural produce.

・Development of equipment to produce the white organic EL (Electro-Luminescence)

illumination panels expected to be the next-generation illumination, which have little

environmental damage with no mercury components, lower CO2 emissions, etc.

・Development of radiotherapy machines that utilize advanced technologies in their 3D

image processing functions and accelerator and irradiation mechanisms for radiation

irradiation, enabling accurate and simple cancer treatments.

3. Recent Main Research & Development Activities


134


133

(4) Aerospace

As a leading company of the Japanese aerospace industry, MHI is engaged in advanced

product development in the aerospace field, fully utilizing technology accumulated over years

in aircraft/space machinery development.


・Research into high-maneuverability flight control systems for aircraft, featuring superior

maneuverability and aiming at flight control difficult to be detected by radar.

・Japan-U.S. joint development of pursuit missiles with improved ability for sea-based

ballistic missile defense (BMD).

・Development of the next-generation regional jet, the MRJ (Mitsubishi Regional Jet), which

features both the world highest level navigation economy and cabin comfort.

・Development of the space station supply machine, HTV (H-Ⅱ Transfer Vehicle), for the

transport of supplies to the International Space Station (ISS).

・Development of the H-ⅡB rocket, which satisfies the diversity of needs for satellite

launches.

(5) Mass and Medium-Lot Manufactured Machinery

In the mass and medium-lot manufactured machinery field, MHI is engaged in technology

development for various products that support industry infrastructures.

In addition to the advanced technology peculiar to such products, MHI endeavors to utilize

widely in each product the latest and most advanced technologies that have been

accumulated across MHI’s abundant product range, including other MHI group departments.


・Development of the hybrid forklift truck, which realizes reduced waste gas emissions and

energy consumption, simultaneously with a reduction in production costs due to all main

components, such as lithium-ion secondary batteries, inverters, engines, etc., being

developed in-house.

・Development of motor graders equipped with a late-model electronically controlled engine

in compliance with the third Japanese and European exhaust emission regulations and

utilizing surface contours that improve operator visibility.

・Development of the top-level “PG500” model non-regular use diesel engine generator set,

able to be packaged with options for a variety of uses, and supplied with a control unit that

reduces graphite during start-up.

・Development of a hot water PTC (Positive Temperature Coefficient) heater as a

component for heating systems to help with lack of heat in hybrid vehicles and electric

vehicles.

・Development of multi-type air-conditioners for buildings for cold districts, equipped with

MHI's original three-dimensional scroll compressors, and featuring superior heating and

heating start-up performance in low outdoor temperatures.

・Development of a sub-engine type refrigeration unit for large-sized trucks, which realizes

less noise, smaller size, lighter weight and a 35% reduction in CO2 emissions compared to

previous MHI machines through MHI’s original three-dimensional compression scroll

compressors and economizer cycle for freezing.

・Development of the heat source integrated control system “Ene-conductor,” which draws

maximum performance from centrifugal chiller by optimum control of all heat source

equipment and enables reductions in CO2 emissions and large energy savings, such as a

reduction in equipment power consumption of 50% compared to conventional MHI

machines.

・Development of, in response to the increase of mutual assignment printing between

newspaper companies, the PriCom (PRINT COMPREX) printing function that enables the

simultaneous printing of two different papers on the one newspaper offset press.

・Development of specifications for North America for the box making machine “EVOL100,”

which can handle the special coating sheets/weighted paper much in demand in the North

American marketplace.

・Development of the GEA1200 gear hobbing machine and the ZGA2000 large-size gear

grinding machine, which can process the large-sized gears found in wind turbine generator

systems, construction machinery, iron & steel manufacturing machinery and the like with

high efficiency and high accuracy.

・Development of the lightweight and high-strength “hollow-head” engine valve that can

make car engines more efficient, through forging technology that performs hollow

processing to the umbrella (head) section of a single engine valve.


136


135

■��

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5. Technical License Agreements

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282926172268Shipbuilding & Ocean Development387366340272245250Power Systems927756676784Machinery & Steel structures611331361389390505Aerospace171205291313278330Mass and Medium-Lot


22223－Others1,2921,0131,0791,0631,0071,240Total

Notes 1. Consolidated data 2. Including custom research

4. Research & Development Costs

Research and development expenditures by segment


138

No. of Domestic Intellectual Property Held（No.）�

No. of Overseas Intellectual Property Held　�（No.）�

0

500

3,000

3,500

4,000

4,500

5,000

5,500

6,000

0

1,000

2,000

3,000

4,000

5,000

6,000

7,000

8,000

9,000

10,000

4,239 4,510

4,7924,872

5,148

3,912

327 282 276

5,112

255 264 265 279

5,3675,483

5,300

5,7475,565

5,396

2000 2001 2002 2003 2004 2005 2006 2007 2008

5,117

315 317

5,084 5,070

4,769 4,753

9,807 9,771

9,830

6,922

7,387

7,874

2,095

1,660

1,197

488 421 419

302 303 340

9,448

7,955

745445 459

8,757

7,5817,650

6,800 6,694

7,345

2000 2001 2002 2003 2004 2005 2006 2007 2008

2009

2009

433 397 380 379

1691

184315

402

260214108

5,7855,584

6,3696,133

20450 20

1682

348

330

4,642

5,627

6,145

4,972

Total Patent rights Trade markUtility model Design

Total Patent rights Trade mark137

6. Intellectual Property

QNo. of Intellectual Property Heldœ

). Group Companies ofMitsubishi Heavy

Industries, Ltd.

Group Companies of Mitsubishi Heavy Industries, Ltd.

Group Business Status


140

). Group Companies of Mitsubishi Heavy Industries, Ltd.

2. Group Business Status

�� Proportion of voting rights held (%)

Capital(Million yen)

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Power Systems

(As of June 30. 2010)

139

1. Group Companies of Mitsubishi Heavy Industries, Ltd.

Mitsubishi Heavy Industries Group is a group of enterprises with Mitsubishi Heavy Industries,

Ltd., at its core and comprised of a total of 323 (190 local and 133 overseas) companies.

From design, manufacturing and construction to sales, after-sales service and general

service, the group is engaged in business in a wide variety of fields, enabling it to display the

strengths of its member companies.

■Number of group companies (As of March 31, 2010)

■Business AreasThe industrial infrastructure field

The energy/power generation field

The environment/society field

The transport/defense field

TotalOverseasJapan

323 (Consolidated 237)133 (Consolidated 112)190 (Consolidated 125)

10.Group_Companies_of 10.9.27 11:03 AM ページ 139 (1,1)

142


141



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154

Overseas Network

Overseas Sales

Major Supply Records

)!. Statement of OverseasActivities

11.Statement_of_Overseas 10.9.27 11:04 AM ページ 1 (1,1)

156155

1. Overseas Network

◆Mitsubishi Heavy Industries Europe, Ltd. (MHIE) �◆MHI Equipment Europe B.V. (MEE)�◆Mitsubishi Caterpillar Forklift Europe B.V. (MCFE)�◆MHI Equipment Alsace S.A.S. (MEA)�◆Mitsubishi Power Systems Europe, Ltd. (MPSE)�◆MHI Power Systems Spain, S.L. (MPSS)�◆MHI International Investment B.V. (MII)�◆Kaliakra Wind Power AD (KWP)�◆Diamond GT Service Europe S.r.l. (DGTSE)�◆Rocla Oyj (Rocla)

■�Ho Chi Minh City�Representative

●Jakarta Liaison Office

●Taipei Liaison Office

■Istanbul Representative��

■Kyiv Representative��

◆Mitsubishi Heavy Industries America, Inc. (MHIA)�◆Mitsubishi Power Systems Americas, Inc. (MPSA)�◆Mitsubishi Nuclear Energy Systems, Inc. (MNES)�◆Intercontinental Jet Service Co. (IJSC)�◆Mitsubishi Engine North America, Inc. (MENA) �◆Mitsubishi Caterpillar Forklift America Inc. (MCFA)�◆Rapidparts Inc. (Rapidparts-A)�◆FMS Equipment Rental Inc. (FMS)�◆Southern California Material Handling Inc. (SCMH)�◆Mitsubishi Heavy Industries Climate Control Inc. (MCC)�◆MLP U.S.A., Inc. (MLP-A)�◆VienTek, LLC (VIENTEK)�◆Mitsubishi-Hitachi Metals Machinery USA, Inc. (MHU)�◆Mitsubishi Aircraft Corporation America, Inc. (MJETA)�◆Crystal Mover Services, Inc. (CMS)�◆MLP Canada Ltd. (MLP-C)�◆MHI Canada Aerospace, Inc. (MHICA)��

◆Mitsubishi Heavy Industries, (Hong Kong) Ltd. (MHIH)�◆Mitsubishi Heavy Industries (Shanghai) Co., Ltd. (MHISH)�◆MCF Forklift (Shanghai) Co., Ltd. (MCFC)�◆MHI Engine System Hong Kong Ltd. (MHIES-H)�◆MHI Engine System (Shenzhen) Co., Ltd. (MHIES-SZ)�◆Mitsubishi Heavy Industries-Haier (Qingdao) Air-Conditioners Co., Ltd. (MHAQ)�◆Mitsubishi Heavy Industries-Jinling Air-Conditioners Company, Ltd. (MJA)�◆MHI Automotive Climate Control (Shanghai) Co., Ltd. (MACC)�◆MLP Hong Kong Ltd. (MLP-HK)�◆Beijing Mitsubishi Heavy Industries Beiren Printing Machinery Co., Ltd. (MHIBR)�◆MHI Machine Tool Ltd. (MMH)�◆Shenyang Aerospace Xinguang Mitsubishi Heavy Industries Engine Valves Co., Ltd. (SAXMHI)�◆Mitsubishi Heavy Industries Dongfang Gas Turbine (Guangzhou) Co., Ltd. (MHI-DGT)�◆MHI Shenyang Pump Engineering Co., Ltd. (MSPE)�◆Mitsubishi Heavy Industries BFG Gas Turbine Service (Nanjing) Co., Ltd. (MHI-BFGGT)�◆Mitsubishi-Hitachi Metals Machinery (Shanghai), Inc. (MHS)�◆MHI Turbo Engineering Co. (Shanghai) (MTEC)�◆Mitsubishi Heavy Industries Forklift (Dalian) Co., Ltd. (MFD)�◆Mitsubishi Heavy Industries Korea, Ltd. (MHIK) �◆Mitsubishi Heavy Industries India Private Ltd. (MHII) �◆Mitsubishi Heavy Industries India Precision Tools, Ltd. (MHI-IPT)�◆MHI-VST Diesel Engines Pvt. Ltd. (MVDE)

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● Overseas Offices　　■ Representatires　　◆ Overseas Subsidiaries

■Moscow RepresentativeRussia・Eastern Europe, etc.

Western EuropeAsia

Oceania

The Middle East

North America

Central and South America

◆Mitsubishi Heavy Industries �　de Mexico S.A. de C.V. �　(MHIMEX)��

◆Mitsubishi Heavy Industries Australia, �　Pty. Ltd. (MHIAU)� 　・ Head Office�◆Mitsubishi Heavy Industries � Air-Conditioners Australia,� Pty. Ltd. (MHIAA)

Africa

■Hanoi Representative�

■Middle East Office�　Abu Dhabi Office�

◆Mitsubishi Heavy Industries (Thailand) Ltd. (MHIT)�◆Mitsubishi Power Systems (Thailand) Ltd. (MPS-T)�◆Mitsubishi Turbocharger Asia Co., Ltd. (MTA)�◆MHI-Pornchai Machinery Co., Ltd. (MPM)�◆Mitsubishi Heavy Industries-Mahajak Air Conditioners Co., Ltd. (MACO)�◆Thai Compressor Manufacturing Co., Ltd. (THACOM)�◆MHI Service Vietnam Co., Ltd. (MHISV)�◆MHI Engine System Vietnam Co., Ltd. (MHIES-V)�◆MHI Aerospace Vietnam Co., Ltd. (MHIVA)�◆Mitsubishi Heavy Industries Philippines, Inc. (MHIP)�◆MHI Technical Services Corp. (MTS)�◆MHI Engine System Philippines Incorprated (MHIES-P)�◆PT. MHI Engine System Indonesia (MHIES-I)�◆PT. MPS Indonesia (MPS-I)�◆Mitsubishi Heavy Industries Singapore Private, Ltd. (MHISP) �◆MHI Engine System Asia Pte. Ltd. (MHIES-A)�◆Mitsubishi Caterpillar Forklift Asia Pte Ltd. (MCFS)�◆Mitsubishi Power Systems (Asia Pacific) Pte. Ltd. (MPS-AP)

■Johannesburg Branch� ◆�

◆Mitsubishi Industrias Pesadas do Brasil Ltda. (MHIB)�◆MHI Sul Americana Distribuidora de Motores Ltda. (MSA)�◆CBC Industrias Pesadas S.A. (CBC)�◆CBC Servicos Tecnicos Ltda. (CBC-ST)�

◆MHI Equipment and Services Africa S.A. (MESA)

■Overseas Offices and Major Subsidiaries

_. Statement of Overseas Activities


158

Note 1. Divisions of countries or regions are based on the geographical distribution.2. Major countries or regions in each division are as follows.(1) Asia ……………………………Brunei, China, Hong Kong, India, Indonesia, Korea, Macao, Malaysia, Pakistan, Philippines, Singapore, Taiwan, Thailand, Vietnam(2) North America …………………Canada, U.S.A.(3) Europe …………………………Belgium, Finland, France, Germany, Greece, Iceland, Ireland, Italy, Netherlands, Russia, Slovenia, Spain, U.K., Ukraine (4) Central and South America …Argentina, Bahamas, Brazil, Cayman Islands, Chile, Mexico, Panama, Venezuela(5) The Middle East ………………Cyprus, Oman, Qatar, Saudi Arabia, Turkey, U.A.E.(6) Africa …………………………Egypt, Liberia, Mozambique, South Africa(7) Oceania ………………………Australia, New Zealand

3. Overseas sales include the sales outside the country or region by the firm and itsconsolidated subsidiaries.

(Unit : millions of yen)

2009200820072006200520042003200220012000

390,701(13.3)

439,187(13.0)

452,216(14.1)

437,470(14.3)

522,450(18.7)

416,846(16.1)

324,696(13.7)

212,793(8.2)

188,228(6.6)

417,895(13.7)Asia

360,183(12.2)

414,053(12.3)

435,833(13.6)

371,865(12.1)

322,550(11.6)

265,596(10.2)

262,145(11.1)

271,239(10.5)

346,504(12.1)

289,204(9.5)North America

223,334(7.6)

296,224(8.8)

258,811(8.1)

237,428(7.8)

182,893(6.5)

162,303(6.3)

136,775(5.7)

210,549(8.1)

192,381(6.7)

157,841(5.2)Europe

184,790(6.3)

226,198(6.7)

222,987(6.9)

123,705(4.0)

108,588(3.9)

147,113(5.7)

95,159(4.0)

68,400(2.6)

157,312(5.5)

104,438(3.4)Central and South America

170,760(5.8)

230,001(6.8)

168,860(5.3)

257,800(8.4)

57,265(2.0)

28,131(1.1)

40,812(1.7)

55,574(2.1)

121,032(4.2)

186,013(6.1)The Middle East

138,725(4.7)

21,581(0.6)

9,009(0.3)

18,909(0.6)

16,753(0.6)

19,967(0.8)

26,612(1.1)

11,673(0.5)

8,099(0.3)

13,795(0.5)Africa

10,198(0.4)

25,022(0.7)

13,419(0.4)

15,465(0.5)

15,486(0.6)

9,409(0.3)

6,456(0.3)

7,646(0.3)

5,209(0.2)

3,873(0.1)Oceania

1,478,695(50.3)

1,652,269(48.9)

1,561,139(48.7)

1,462,646(47.7)

1,225,989(43.9)

1,049,367(40.5)

892,658(37.6)

837,878(32.3)

1,018,770(35.6)

1,173,064(38.5)

Total

2,940,8873,375,6743,203,0853,068,5042,792,1082,590,7332,373,4402,593,8942,863,9843,045,023Consolidated Sales

( ) : The share of overseas sales in the consolidated sales (Unit : %)

157


2. Overseas Sales


160


DescriptionNo. of unitYear of delivery

ClientProject nameProductHeadquarters(Division)

CountryArea

M701F／312MW2/11999Central Costanera S. A.Costanera 800MW Combined Cycle Plant

Steam Turbine/Gas Turbine

PowerSystemsArgentinaNorth and

South America

M701F3／319MW／373T/H2/1/22001AES Parana S.A.Parana 830MWCombined Cycle Plant

Gas Turbine/Steam Turbine/HRSG

PowerSystemsArgentina

125MW×112005Veracel Celulose S. A.VeracelSteam TurbinePowerSystemsBrazil

M701F／130MW／268T/H1/1/12002Compania Electrica San IsidroA.A.

San Isidro 370MWCombined Cycle Plant


PowerSystemsChile

M701F／136MW／369T/H1/1/12008EMPRESA NACIONAL DE ELECTRICIDAD S.A.

San IsidroⅡ 377MWCombined Cycle Plant


PowerSystemsChile

1,185T/H／350MW2/21993CFEPetacalco #3, 4Boiler/Steam Turbine

PowerSystemsMexico

1,193T/H／350MW2/21995CFEPetacalco #5, 6Boiler/Steam Turbine

PowerSystemsMexico

M501F／160MW2/12001Norelec Del Norte S. V. C. V.Chihuahua 435MW Combined Cycle Plant

Gas Turbine/Steam Turbine

PowerSystemsMexico

M501F／90MW／486T/H1/1/12001TransAlta Campeche, S. A. de C. V.

Campeche 254MW Combined Cycle Plant


PowerSystemsMexico

M501F3／498MW2/12002Electricidad Agulila de Tuxpan S.de R.L.de C.V.Tuxpan ⅡGas Turbine/Steam

TurbinePowerSystemsMexico

M501F3／189MW2/12002ELECTRICIDAD deAGUILA deALTAMIRA S.A. de R.L.de C.V.

Altamira II 503MW Combined Cycle Plant


PowerSystemsMexico

M501F3／498MW2/12003Electricidad Agulila de Tuxpan S.de R.L.de C.V.Tuxpan ⅢGas Turbine/Steam


M501F3／498MW2/12003Electricidad Agulila de Tuxpan S.de R.L.de C.V.Tuxpan ⅣGas Turbine/Steam


M501F／187MW／455T/H2/1/22006Kyushu Electric Power / Mitsubishi Corporation (CFE)Tuxpan ⅤGas Turbine/Steam

Turbine/HRSGPowerSystemsMexico

300,000T/Y12006PETROQUIMICA MORELOS.S.A DE C.V.Polyethylene PlantChemical PlantMachinery &

Steel StructuresMexico

M501G／250MW4/22003ExcelonMystic 1600MW Combined Cycle Plant


PowerSystemsU.S.A.

M501G／250MW2/12003ExcelonFore River 800MW Combined Cycle Plant


PowerSystemsU.S.A.

MWT-1000×50502001Rock Rover I, LLC.Rock River IWind TurbinePowerSystemsU.S.A.

MWT-600×37372001Mountain View II, LLC.Mountain View IIWind TurbinePowerSystemsU.S.A.

MWT-600×41412001Condon Wind Power, LLC.Texas Oregon Condon IWind TurbinePowerSystemsU.S.A.

159

3. Major Supply Records


162




CountryArea

MWT-1000A412003Eurus EnergyCombine HillsWind TurbinePowerSystemsU.S.A.North and

South America

MWT-1000A1602003Shell WindEnergyBrazosWind TurbinePowerSystemsU.S.A.

MWT-1000×61602004enXco, Inc.OASISWind TurbinePowerSystemsU.S.A.

MWT-62／1.0（MWT-1000A）1202005Edison Mission EnergySan Juan MesaWind TurbinePowerSystemsU.S.A.

MWT-62／1.0（MWT-1000A）502005MidAmerican Energy CompanyIowa Wind PowerWind TurbinePowerSystemsU.S.A.

MAT-62／1.0（MWT-1000A）382006Babcock Brown Power Operating Partners LLC.Buena Vista Wind ProjectWind TurbinePower

SystemsU.S.A.

MAT-62／1.0（MWT-1000A）902006Babcock Brown Power Operating Partners LLC.Aragonne Mesa Wind ProjectWind TurbinePower

SystemsU.S.A.

MAT-62／1.0（MWT-1000A）1352007Babcock Brown Power Operating Partners LLC.Sweet WaterWind TurbinePower

SystemsU.S.A.

MAT-62／1.0（MWT-1000A）2212007Babcock Brown Power Operating Partners LLC.Ceder CreekWind TurbinePower

SystemsU.S.A.

MWT-62／1.0452008Iberdrola RenewablesDillonWind TurbinePowerSystemsU.S.A.

MWT-62／1.02092008E-ON Climate & RenewablesRoscoeWind TurbinePowerSystemsU.S.A.

MWT-62／1.0802008Edison Mission EnergyGoat MountainWind TurbinePowerSystemsU.S.A.

MWT-62／1.01802008Eurus EnergyBull CreekWind TurbinePowerSystemsU.S.A.

MWT-95／2.4292009Edison Mission EnergyGoat Mountain 2Wind TurbinePowerSystemsU.S.A.

MWT-92／2.4842009Iberdrola RenewablesPenascal 1Wind TurbinePowerSystemsU.S.A.

MWT-62／1.01972009Inadale Wind Farm, LLCInadaleWind TurbinePowerSystemsU.S.A.

MWT-95／2.41182009Gulf Wind, LLCGulf WindWind TurbinePowerSystemsU.S.A.

MWT-62／1.0632009Eurus EnergyCombine Hills 2Wind TurbinePowerSystemsU.S.A.

MWT-92／2.4842010Iberdrola RenewablesPenascal 2Wind TurbinePowerSystemsU.S.A.

Fan Type Retractable Roof12001Southeast Wisconsin Professional Baseball Park District (SWPBPD)Milwaukee Miller ParkRetractable RoofMachinery &

Steel Structures U.S.A.

161


164




CountryArea

1996Trico Steel CompanyHot Strip MillMetals MachineryMachinery & Steel StructuresU.S.A.North and

South America

2,200T/D11994METHANOL DE ORIENT, METOR, S.A.Methanol PlantChemical PlantMachinery &

Steel StructuresVenezuela

2,290T/H／700MW2/22000Guandong Zhuhai Power StationCompany Ltd.

Zhuhai Thermal PowerStation #1, 2

Boiler/Steam Turbine

PowerSystemsChinaAsia

1,150T/H／350MW2/21989Huaneng International PowerDevelop Corp.DalianBoiler/Steam

TurbinePowerSystemsChina

1,150T/H／351MW2/21989Huaneng International PowerDevelop Corp.FuzhouBoiler/Steam


M701F／350MW1/12005Beijing Jingfeng Thermal Power Co., Ltd.Beijing No.3Gas Turbine/Steam


2,952T/H22006Harbin Boiler Co., Ltd.Huaneng Yuhuan Power Plant Unit 1&2BoilerPower

SystemsChina

M701F12006Dong Fang Steam Turbine WorksQianwan LNG Power Plant No.2Gas TurbinePower

SystemsChina

Coal Handling System1 set1997CINTECQinghuan tao C/HCoal HandlingSystem

Machinery & Steel StructuresChina

Coal Handling System1 set1996CINTECQingtao C/HCoal HandlingSystem


Opera Theater11998Shanghai Grand TheaterShanghai Grand TheaterStage Machinery System


4 Stages Opera House12006China National Technical Import and Export Corporation

China National Grand Theater

Stage Machinery System


1995Baoshan Iron & Steel CorporationHot Strip Mill (BH PLANT)Metals MachineryMachinery & Steel StructuresChina

2000Anshan Iron & SteelHot Strip MillMetals MachineryMachinery & Steel StructuresChina

2003Thangshan Iron & Steel Group Co.Hot Strip Mill Metals MachineryMachinery & Steel StructuresChina

2003Baosteel Group Shanghai No.1 Iron & Steel Co., Ltd.Hot Strip Mill Metals MachineryMachinery &

Steel StructuresChina

2004Maanshan Iron & Steel Co., Ltd.Continuous Pickling and Tandem Cold MillMetals MachineryMachinery &


450T/D×222005Guangzhou Municipal Environment and Sanitation Administration

Guangzhou Li-keng Waste-To-Energy PlantRefuse IncineratorMachinery &


600,000T/Y12006Ningbo Mitsubishi Chemical Corp.Purified Terephtalic AcidChemical PlantMachinery & Steel StructuresChina

M701S(F)／117MW1/12007Angang Group InternationalTrade Corporation

Blast furnace gas-firedCombined Cycle Plant


PowerSystemsChina

163


166



CountryArea

M701S(DA)／63MW1/12007Maanshan Iron & Steel Co., Ltd.Blast furnace gas-firedCombined Cycle Plant


PowerSystemsChinaAsia

701D／107MW／167T/H4/2/41990NTPCAuraiya 600MW Combined Cycle Plant

Gas Turbine/Steam Turbine/Boiler

PowerSystemsIndia

1,720T/H21992UPSEBAnpara B #4, 5BoilerPowerSystemsIndia

350,000T/Y11999MCPIPurified Terephtalic Acid PlantChemical PlantMachinery &

Steel StructuresIndia

8,300ton Steel Penstock12007West Bengal State ElectricityBoard

Purulia Pumped StorageProjectHydraulic PenstockMachinery &

Steel StructuresIndia

701D／188.9MW9/31992/1993PLNGresik 1500MW Combined Cycle Plant


PowerSystemsIndonesia

701D／189.5MW6/11996PLNGrati 868MW Combined Cycle Plant


PowerSystemsIndonesia

200,000T/Y11999P.T. STYRINDO MONO INDONESIAStylene Monomer PlantChemical PlantMachinery &

Steel StructuresIndonesia

2,000T/D12000P.T. KALTIM PASIFIK AMMONIAKAmmonia PlantChemical PlantMachinery &


1,500T/D12002P.T. KALTIM PARNA INDUSTRIAmmonia PlantChemical PlantMachinery &


1,000T/D (Ammonia)｛1,725T/D (Granulated UREA)12003P.T. PUPUK KALIMANTAN TIMURFertilizer ComplexChemical PlantMachinery &


100MW12006POSCOGwangyang No.9Steam TurbinePowerSystemsKorea

LNG In-ground Storage Tank (140,000kl×2)

22001Korea Gas CorporationInchon No.11 & 12 LNG Storage TanksLNG Storage TankMachinery &

Steel StructuresKorea

1996POSCO Kwang yang steel worksNo.4 Cold Complex (K4C)Metals MachineryMachinery &


1996POSCO Kwang yang steel worksHot Strip Mill (TSMP)Metals MachineryMachinery &


M701F／714.6MW2/1/22005Tenaga Nasional BerhadPort DicksonGas Turbine/Steam Turbine/HRSG

PowerSystemsMalaysia

2005PETRONAS GAS BERHADGas Processing Plant 1 and Export TerminalChemical PlantMachinery &

Steel StructuresMalaysia

80,000T/Y (Propylene)300,000T/Y (MTBE)

11993MTBE (MALAYSIA) SDN, BHDPropylene ComplexChemical PlantMachinery & Steel StructuresMalaysia

1,350T/D (Ammonia) 200T/D (Methanol)2,000T/D (Granulated UREA) 17T/D (UF85)

11999PETRONAS FERTILIZER (KEDAH) SDN, BHDFertilizer ComplexChemical PlantMachinery &

Steel StructuresMalaysia

18KU30（5.65MW）242000Japan Power GenerationDiesel Goverating PlantDieselPowerSystemsPakistan

165



168



CountryArea

1,200T/H／362MW1/11997AESLal Pir Power StationBoiler/Steam Turbine

PowerSystemsPakistanAsia

1,250T/H／385MW2/21995HOPEWELLPagbilao Power Station #1, 2Boiler/Steam Turbine

PowerSystemsPhilippines

1,050T/H／300MW2/21998PLNMasinloc Stage I, IIBoiler/Steam Turbine


M501G／234MW4/2/42002KEPCO ILIJAN CORPORATIONIlijan 1200MW CombinedCycle Plant



28,000p/h16.9km1999/2000MRTCMRT SystemTransportation System

Machinery & Steel StructuresPhilippines

87,500T/Y×2 (Polyethlene)180,000T/Y (Polypropylene)

11998JG SUMMIT PETRO CHEMICAL CORP.

Polyethlene & Polypropylene ComplexChemical PlantMachinery &

Steel StructuresPhilippines

M701F3／120MW／360T/H2/2/22001TUAS POWERTUAS II 720MW CombinedCycle Plant


PowerSystemsSingapore

M701F／720MW2/2/22005TUAS POWERTuas Stage IIGas Turbine/Steam Turbine/HRSG

PowerSystemsSingapore

Post Panamax C/C24 1997～1998PSA Corp.PPT TerminalContainer CraneMachinery & Steel StructuresSingapore

Lyric Theatre Concert Hall12002The Esplanade Co. Ltd.The Esplanade theaters on the bayStage Machinery SystemMachinery &

Steel StructuresSingapore

28 Sets of Cabin(28 Passengers/Cabin)

12008Singapore Flyer Ltd.Singapore Flyer Ferris WheelMachinery & Steel StructuresSingapore

552T/D×661992Ministry of EnvironmentSenokoRefuse IncineratorMachinery & Steel StructuresSingapore

720T/D×662000Ministry of EnvironmentTuas SouthRefuse IncineratorMachinery & Steel StructuresSingapore

Error Ratio 10-542

Gantries1998～LTAERPITSMachinery &


76,000T/D12005Sumitomo Chemical Singapore PTE LTDMMA PlantChemical PlantMachinery &


M701F／205MW／250T/H4/2/41996EGATWang Noi 1300MW Combined Cycle Plant Stage I


PowerSystemsThailand

M701F／250MW／633T/H2/1/21998EGATWang Noi 720MW Combined Cycle Plant Stage II



M701F／270MW／364T/H2/1/22008Ratchaburi Power Company Limited

Ratchaburi (Block 1) 700MW Combined Cycle Plant



M701F／270MW／364T/H2/1/22008Ratchaburi Power Company Limited

Ratchaburi (Block 2) 700MW Combined Cycle Plant



M701F／275MW／365T/H2/1/22008EGATSouth Bangkok (Block 3) 747MW Combined Cycle Plant



167



170



CountryArea

2,530T/H／700MW2/21999EGATRatchaburi #1, 2Boiler/Steam Turbine

PowerSystemsThailandAsia

2,285T/H／700MW2/22006BLCP PowerMap Ta Phut Boiler/Steam Turbine


1997Siam Strip Mill Public Co., Ltd.Hot Strip MillMetals MachineryMachinery & Steel StructuresThailand

M501F／90MW／200T/H1/1/12001Taiwan Power CompanyNampu 248MW CombinedCycle Plant


PowerSystemsTaiwan

M501G／282MW／490T/H6/2/62006Taiwan Power Co.Dah-Tarn StageⅠGas Turbine/Steam Turbine/HRSG

PowerSystemsTaiwan

M501F／185MW22004Star EnergyChang Bin 490MW Combined Cycle PlantGas TurbinePower

SystemsTaiwan

M501F／185MW42004Taiwan CogenFong Der 980MW Combined Cycle PlantGas TurbinePower

SystemsTaiwan

450T/D×221994Environmental ProtectionAdministrationHsintienRefuse IncineratorMachinery &

Steel StructuresTaiwan

450T/D×331995Environmental ProtectionAdministrationShulinRefuse IncineratorMachinery &


300T/D×222005Environmental ProtectionAdministrationLihtserRefuse IncineratorMachinery &


345km2006Taiwan High Speed Rail CorporationTaiwan High Speed RailTransportation

SystemMachinery & Steel StructuresTaiwan

2000Nghi Son Cement Corporation5,800T/D Cement PlantCement PlantMachinery & Steel StructuresVietnam

1,700T/D11997GULF PETROCHEMICALINDUSTRIES. CO.Granulated UREA PlantChemical PlantMachinery &

Steel StructuresBahrainMiddle East

M701F／273MW22004Cairo Electricity ProductionCairo North 750MW Combined Cycle PlantGas TurbinePower

SystemsEgypt

255MW22006WDFPCNubariaSteam TurbinePowerSystemsEgypt

42001Damietta Container & Cargo Handling Co.

Container Crane for Damietta Port

Container Handling Crane

Machinery & Steel StructuresEgypt

142001Damietta Container & Cargo Handling Co.

Rubber Tyred Gantry Crane for Damietta Port

Container Handling Crane

Machinery & Steel StructuresEgypt

925.6T/H／300MW8/82000/2001MEWSabiya Power Station #1～8BoilerPowerSystemsKuwait

2,000T/D (Anmonia)3,500T/D (Urea)

22009Sohal International Urea & Chemical IndustriesFertilizer ComplexChemical PlantMachinery &

Steel StructuresOman

LNG Above-ground Storage Tank(140,000kl×3)

31999Ras Laffan LNG CO., LtdRas Laffan LNG StorageTanksLNG Storage TankMachinery &

Steel StructuresQatar

169





CountryArea

2,080T/H／600MW2/21992SCECO EASTQurayyah Power Station #3,4Boiler/Steam Turbine

PowerSystemsSaudi ArabiaMiddle

East

850T/H／260MW2/21996SCECO WEST(EWR)Rabigh Extension Stage IIIBoiler/Steam Turbine

PowerSystemsSaudi Arabia

2,080T/H／600MW2/21988/1989SCECO EASTQurayyah Power Station #1,2

Boiler/Steam Turbine

PowerSystemsSaudi Arabia

2,500T/D11997SAUDI METHANOL COMPANY(AR-RAZI)AR-RAZI-III Methanol Plant Chemical PlantMachinery &

Steel StructuresSaudi Arabia

2,500T/D11999SAUDI METHANOL COMPANY(AR-RAZI)AR-RAZI-IV Methanol Plant Chemical PlantMachinery &


350,000T/Y12000EASTERN PETROCHEMICAL COMPANY (SHARQ)Polyethylene PlantChemical PlantMachinery &


256,000T/Y×2 (Polyethlene)260,000T/Y (Polypropylene)

21

2000SAUDI YANBU PETROCHEMICAL CO. (YANPET)

Polyethylene & Polypropylene ComplexChemical PlantMachinery &


5,000T/D12008SAUDI METHANOL COMPANY (AR-RAZI)AR-RAZI-V Methanol Plant Chemical PlantMachinery &


M701F／230MW4/21999TEASBursa 1400MW Combined Cycle Plant


PowerSystemsTurkey

360MW×4（Iignite-fired）42005Turkish Electricity Generation Company (EUAS)Afsin-Elbistan BSteam TurbinePower

SystemsTurkey

Commenced partial operation in September 2009

52km2010Dubai Road & Transport AuthorityDubai Metro Red LineTransportation System

Machinery & Steel StructuresU.A.E.

30MW12001Reykjavik CityNesjavetlir No.3Geothermal TurbinePowerSystemsIcelandNorth

Europe

40MW12006Reykjavik EnergyHellisheidi Geothermal Power PlantGeothermal TurbinePower

SystemsIceland

30MW×222008Reykjavik EnergyHellisheidi Geothermal No.3 & No.4 Power PlantGeothermal TurbinePower

SystemsIceland

M701F／187MW1/12007Viridian GroupHuntstown Phase IICombined Cycle Plant


PowerSystemsIreland

MWT-62／1.0352008Kaliakra Wind Power A.D.KaliakraWind TurbinePowerSystemsBulgaria

210MW×551996CEZ a.s.Prunerov II Flue Gas Desulfurization Plant

Flue Gas Desulfurization plant

Machinery & Steel Structures

Czech RepublicEurope

2000CORUS (Hoogovens Staal BV)Hot Strip MillMetals MachineryMachinery & Steel StructuresNetherlands

M701F／135MW／669T/H1/1/12006ENDESACristobal Colon Combined Cycle Power Plant


PowerSystemsSpain

M701F／220MW／360T/H2/1/22006Electrabel S.A.Castelnou 800MW Combined Cycle Plant


PowerSystemsSpain

171 172



174



CountryArea

M701F／130MW／360T/H3/3/32006AESCartagena Combined Cycle Power Plant


PowerSystemsSpainEurope

M701F／111MW3/32000Saltend Cogeneration Company Ltd.

Saltend 400MW Combined Cycle plant #1～3


PowerSystems

United Kingdom

M701F／167MW2/12001Kingsnorth Power Ltd.Damhead Creek 793MW Combined Cycle Plant


PowerSystems

United Kingdom

6.2MMN m3/h11997SONATRACHLPG PlantChemical PlantMachinery & Steel StructuresAlgeriaOthers

M701DA12006Alinta Co-Generation (Pinjarra) Pty

Pinjarra Co-Generation Unit#2Gas TurbinePower

SystemsAustralia

M701F／130MW1/1/12002Joint Stock Company AzerenerjiSevernaya 400MW Combined Cycle Plant


PowerSystemsAzerbaijan

9L 58/64（12.5MW）61999Kenya Power Co., Ltd.Diesel Goverating PlantDieselPowerSystemsKenya

3.4MW×222004KENGEN, Ltd.Olkaria IIGeothermalPowerSystemsKenya

19.2MW×112005Tuaropaki Power Co., Ltd.Mokai IIGeothermalPowerSystemsNew Zealand

173



176

Corporate Social Responsibility

Management

Environmental Report

Social Report

)@. Society &Environment

12.Society&�Environment 10.9.27 11:05 AM ページ 1 (1,1)

178

)@. Society & Environment

177

1. Corporate Social Responsibility

■ Undertaking CSR through production activities

As outlined in our corporate creed the underlying objective of the MHI Group is to contribute

to society as a manufacturing enterprise that provides products in support of the world’s

infrastructure as well as its ecological, economic and energy needs.

The core aims of our CSR initiatives are to minimize the environmental loads emanating from

our production activities through the achievement of zero emissions and CO2 emission

reduction activities, to generate solid earnings through product differentiation, and to allocate

our earnings appropriately on an ongoing basis for the growth of all stakeholders and the MHI

Group.

QCorporate Governanceœ

■ Approach to promoting fair and sound management

Committed to the ethos of customer-first, MHI conducts its business activities as a

responsible corporate citizen based on consideration for all stakeholders.

MHI is implementing a number of initiatives to enhance management efficiency and

strengthen compliance, including reforming the management system to allow more effective

decision-making in response to radical changes in the economic environment, and promoting

fair and sound management. MHI is also working to make management more transparent by

disclosing information rapidly and accurately to shareholders and other external

stakeholders.

■ Administrative Organization

The Board of Directors makes important management decisions and oversees the execution

of business operations. MHI is strengthening management oversight functions through the

appointment of outside directors. Currently, of the Company’s 18 directors, three are from

outside MHI. Additionally, MHI has established an Executive Committee to provide a forum

for discussing important matters related to business execution. This allows for a more

cohesive approach to discussion as part of the operational execution framework centered on

the President, and consequently leads to more appropriate management decisions and

business execution.

■ Modifying the Corporate Governance Structure

MHI has long been engaged in the development of a company structure able to ensure

compliance and deal ably with the various risks facing the company based on resolutions of

the board of directors and other measures. In May 2006, a resolution was taken in the board

of directors on the fundamental policy of the company's internal control system, based upon

the Companies Act enacted that same month. With this fundamental policy in place, MHI is

steadily moving forward to improve the effectiveness of its internal audits, strengthen risk

management and ensure more comprehensive compliance than ever.

Under the Japanese Financial Instruments and Exchange Act, an internal control reporting

system, sometimes referred to as J-SOX, came into effect in April 2008. Following this, we

set up a group inside the internal audit department of our headquarters to be responsible for

all J-SOX-related operations inside the MHI Group, concurrently setting up similar groups or

offices throughout all of our manufacturing works to evaluate the design and operation of our

internal control system. MHI is determined to continue striving for the promotion of a fully

developed internal control system assuring our company of sound and fair business

management.

2. Management

Close ties with the Earth�● Contribute to the resolution of global environmental and energy issues through

superlative technologies.�● Reduce environmental burdens in all areas of business through a high level of

environmental awareness by all individuals.�

Close ties with society● Provide safe products of high quality matching the needs of customers and society.�● Through continuous sincere actions, respect social norms and achieve transparency of

information.�● Maintain self-awareness as a member of society and contribute proactively to

development of regions and societies.�

A bridge to the next generation● Foster comfortable working environments and a working culture where creativity

blossoms.�● Through business operations and technologies that make dreams come true, cultivate

children who are filled with hope.

CSR Action GuidelinesIn order to ensure a secure future for the Earth, we will establish and maintain,

Close ties with the Earth�Safeguard an abundantly green Earth through environmental technologies

and environmental awareness;�

Close ties with society�Build a relationship of trust with society through proactive participation in society

and trustworthy actions;�

A bridge to the next generation�Contribute to the cultivation of human resources who can shoulder responsibility

in the next generation through technologies that can realize dreams.

Specific Guidelines


179 180


3. Environmental Report

MHI has contributed to society through the manufacture of products since its founding.

Broadly speaking, the company now focuses on the environment with two overriding goals:

first, to decrease the burdens on the environment imposed by manufacturing activities;

second, to develop technology useful for solving the problems of the environment and

energy. In 1996 we established the Environment Committee to further contribute to society

and the harmonious coexistence of people and the natural environment. The environmental

management system is constructed in accordance with the Basic Policy on Environmental

Matters and the seven Guidelines established by the company.

QBasic Policy and Guidelines on Environmental Mattersœ

■ MHI has established the following basic policy on environmental matters to enable

the development of a sustainable society.

As clearly laid out in provision 1 of its creed – “We strongly believe that the customer comes

first and that we are obligated to be an innovative partner to society.” – MHI believes its

primary purpose is to contribute to society through its R&D, manufacturing and other

business activities. Accordingly, in the performance of its business activities the company

shall embrace the awareness that it is an integral member of society and, in all aspects of its

business activities, it will strive to reduce burden on the environment and shall devote its

comprehensive technological capabilities to the development of technologies and products

that will protect the environment, as its way of contributing to the development of a

sustainable society.

■ To achieve its basic policy on the environment, MHI has set the following seven

guidelines.

1. Accord high priority to environmental protection within company operations, and take steps

company-wide to protect and enhance the environment.

2. Clarify roles and responsibilities regarding environmental protection by developing an

organized structure to deal with environmental protection matters, defining environment-

related procedures, etc.

3. Strive to alleviate burden on the environment in all aspects of company business activities

– from product R&D and design to procurement of raw materials, manufacture, transport,

usage, servicing and disposal – through pollution prevention, conservation of resources,

energy saving, waste reduction, reuse and recycling.

4. Strive to develop and provide advanced, highly reliable, wholly proprietary technologies

and products that will contribute to solving environmental and energy problems.

5. Strive continuously to improve and enhance environmental protection activities not only by

fully complying with environmental laws and regulations but also, when necessary, by

establishing, implementing and evaluating independent standards and setting

QComplianceœWe have promoted the business activities MHI fairly and faithfully in order to “base our

activities on honesty, harmony, and a clear distinction between public and private life.” As a

more specific activity guideline, we established the MHI Compliance Guideline in 2001.

■ Business activities We will conduct sensible company activities in compliance with laws and in an appropriate

manner, and contribute to society by providing safe, high-quality products and services.

1. We will endeavor to provide safe, high-quality products and services.

2. In conducting business activities, we will pursue fair and free intercorporate competition in

compliance with the Antimonopoly Act, the Act against Delays in the Payment of

Subcontract Proceeds, etc. to Subcontractors, the Construction Business Act, and other

relevant regulations.

3. Regarding gift-giving and entertainment with civil officers and suppliers, we will not violate

laws or deviate from socially accepted practices.

4. We will implement appropriate accounting and tax accounting in accordance with relevant

laws, accounting standards, and internal regulations.

5. In relation to overseas business, we will follow laws related to import and export and local

laws.

■ Relationship between the company and society We will try to preserve the environment and live in harmony with society as a good corporate

citizen.

1. We will follow environment-related laws and try to preserve the environment.

2. We will disclose information related to management in an appropriate and timely manner.

3. We will not make political donations exceeding the amounts stipulated in our internal

regulations.

4. We will respond firmly to antisocial forces.

■ Relationship between the company and employees The company will secure a safe, healthy work environment, and company members will

make clear distinctions between public and private, comply with laws and internal rules, and

execute their duties faithfully.

1. The company will follow labor-related laws and try to secure a safe, healthy work environment.

2. Company members will follow internal regulations such as labor regulations.

3. Company members will not engage in discriminative behavior or sexual harassment.

4. Company members will handle company secrets appropriately, and will not disclose them

without prior consent.

5. Company members will not conduct unfair transactions in stock (insider trading).


182


4. Social Report

QContributions to Societyœ

MHI undertakes many socially beneficial activities focused on local communities and the

development of future generations. As a company whose business operations encircle the

globe, MHI is committed to pursuing diverse social contribution activities in the future.

Live together with communities and contribute to their development.

Our basic policy is to live together with local communities of branch offices, overseas offices,

and Group companies in foreign countries, building strong relationships based on mutual

trust. With this in mind, we undertake various activities suitable for local cultures and

contribute to the local development and activation both in Japan and overseas.

Transfer “the heart of Japanese manufacturing” as well as “the arts of science and

technology” to the next generation.

MHI has developed and produced more than 700 kinds of products in its long history,

cultivating “the heart of Japanese manufacturing” and “the arts of science and technology”.

To pass its knowledge and skills onto succeeding generations, MHI has a tradition of

organizing educational activities such as science classes with experiments for children.

Fulfilling our Policy on Socially Beneficial Activities

Local contributionLive together with

communities and contribute totheir development

Upbringing ofthe next generation

Transfer “the heart of Japanese manufacturing” as well as

“the arts of science and technology” to the next generation

181

environmental goals and targets.

6. In the performance of business activities overseas and exportation of products, pay full

heed to impact on the local natural and social environments and strive to protect those

environments; also, become actively involved in technological cooperation overseas in

matters of environmental protection.

7. Take steps to raise environmental awareness among all employees through environmental

education, etc., undertake activities to provide environment-related information to the

public, and proactively make environment-enhancing contributions to society.

■ Environmental Management Structure

The Environment Committee was established in 1996 to clarify the company’s initiatives in

protecting the environment. Each year the committee plans and proposes environmental

measures to be carried out throughout the company and sets the direction for the term. MHI

also promotes and follows up on the environmental protection plans prepared annually by the

respective divisions, headquarters and works.

Two entities have been established in-house to undertake activities to resolve environmental

issues. The Environment Liaison Conference functions to implement, on a company-wide

basis, decisions rendered by the Environment Committee. The Energy Conservation Liaison

Conference specializes in measures to save energy and reduce CO2 emissions. The

headquarters, divisions, and works of MHI have also set up their own environmental

committees to implement company environmental policies and undertake environmental

management activities responsive to the special features of every locality.

Environmental Management Structure

Director in charge of the environment

President

Executive OfficeExecutive Office

Company-wide EntitiesEnvironment Committee

Environmental committees at headquarters, divisions and works

Headquarters, Divisions, Works Technical Headquarters, Technology Planning Department

Research & Development Centers

Energy conservation liaison conferences, etc. at headquarters, divisions and works

General Affairs Department Environmental Management Section

Technical Headquarters’ Technology Planning Department

General Affairs Department Environmental Management Section

Environment Liaison Conference

Energy Conservation Liaison Conference

Committee Chairman: Director in charge of the environment


184

)#. Mitsubishi MinatomiraiIndustrial Museum

13.Mitsubishi_Minatomirai 10.9.27 11:06 AM ページ 1 (1,1)

186

)$. Mitsubishi Minatomirai Industrial Museum

■Open

10:00 a.m. -5:00 p.m.(admission until 4:30 p.m.)

■Closed

Every Monday (the following day if Monday is a national holiday); year-end and New Year;

and on specified closed days

■Admission fees

300 yen for general admission; 200 yen for junior and senior high school students; 100 yen

for elementary school students. 100 yen discount per person for groups (10 persons or

more).

※ Admission is free for visitors aged 65 or over, and visitors escorting disabled people.

(Please present an appropriate certificate or card.)

Fee admission will be free for elementary school, junior high school, high school, and

university field trip visits (prior booking required).

■For inquiries

Mitsubishi Minatomirai Industrial Museum

TEL. 045-200-7351 FAX. 045-200-9902

http://www.mhi.co.jp/en/museum/

185


■Name


■Location

Mitsubishi Juko Yokohama Building, 3-3-1

Minatomira, Nishi-ku, Yokohama-shi, Kanagawa

■Opening

June 1, 1994

■Outline

The Mitsubishi Minatomirai Industrial Museum was opened to promote public understanding of

the roles of technology in supporting and enriching lives and society. The interactive style of the

exhibitions at the museum makes it fun to learn about new technologies.

The museum also actively promotes the education of children and students. For example,

students from elementary, junior high and senior high schools, and universities can visit the

museum to participate in extra curricular activities free of charge (advanced reservations are

required). The biggest mission for the museum over the long term is to enlighten the younger

generations who are to inherit tomorrow’s world, and provide a place where youth can

experience technology and further feed their dreams.

■Introduction

The museum is organized into six zones based on the following themes: “Space”, “Ocean”,

“Transportation”, “Daily Life Discovery”, “Environment/Energy” and “Technology Quest”.

Visitors can improve their understanding of science and technology in all of these areas,

and enjoy the chance of experiencing the fun aspects of manufacturing directly at the Trial

Square.

■Transportation Information

¡For arrival by train,

Take the JR Negishi Line or Yokohama Subway Line to Sakuragi-cho Station. From

there, it’s an 8-minute walk.

Take the Minatomirai Line to Minatomirai Station. From the exit for Keyaki-dori Ave., it’s

a 3-minute walk.

¡For arrival by car,

Please use the fee-of-charge parking area in the basement of the Mitsubishi Juko

Yokohama Building, in front of the exit of the Minatomirai Ramp of the Shuto

Expressway Yokohane Branch.

13.Mitsubishi_Minatomirai 10.9.27 11:06 AM ページ 185 (1,1)

188

)$. Address List

14.Address_List 10.9.27 11:08 AM ページ 1 (1,1)

Yokohama Machinery Works

TakasagoMachinery Works

Nagoya AerospaceSystems Works

Nagoya Guidance& PropulsionSystems Works

■Domestic OfficeKansai Office

Chubu Office

Kyushu Office

Hokkaido Office

Chugoku Office

Tohoku Office

Hokuriku Office

■Head Office

■Headquarters & DivisionGeneral Machinery& Special VehicleHeadquarters

Air-Conditioning& RefrigerationSystems Headquarters


Environmental & Chemical Plant Division

Transportation Systems & Advanced Technology Division

Industrial Machinery Business, Technology & Solutions Division

■WorksNagasaki Shipyard& Machinery Works

Kobe Shipyard& Machinery Works

Shimonoseki Shipyard& Machinery Works

189 190

)$. Address List

Office, Works and Subsidiaries

2-16-5 Konan, Minato-ku, TokyoPhone: 81-3-6716-3111Fax: 81-3-6716-5800

(Yokohama)3-3-1 Minatomirai, Nishi-ku, Yokohama-shi, Kanagawa

3000 Tana, Chuo-ku, Sagamihara-shi, KanagawaPhone: 81-42-761-1101Fax: 81-42-763-0800

3-1 Asahi, Nishibiwajima-cho, Kiyosu-shi, AichiPhone: 81-52-503-9200Fax: 81-52-503-3533

130 Rokujizo, Ritto-shi, Shiga Phone: 81-77-553-3300Fax: 81-77-552-3745

3-3-1 Minatomirai, Nishi-ku, Yokohama-shi, KanagawaPhone: 81-45-200-9267Fax: 81-45-200-9932

(Mihara)1-1-1 Itosakiminami, Mihara-shi, HiroshimaPhone: 81-848-67-2072Fax: 81-848-67-2016(Kobe)1-1-1 Wadasaki-cho, Hyogo-ku, Kobe-shi, Hyogo Phone: 81-78-672-5809Fax: 81-78-672-2920

4-6-22 Kanonshinmachi, Nishi-ku, Hiroshima-shi, HiroshimaPhone: 81-82-291-2112Fax: 81-82-294-1744

1-1 Akunouramachi, Nagasaki-shi, NagasakiPhone: 81-95-828-4121Fax: 81-95-828-4034

1-1-1 Wadasaki-cho, Hyogo-ku, Kobe-shi, HyogoPhone: 81-78-672-2220Fax: 81-78-672-2245

6-16-1 Hikoshima Enoura-cho, Shimonoseki-shi, YamaguchiPhone: 81-83-266-5978Fax: 81-83-266-8274

1-8-1 Sachiura, Kanazawa-ku, Yokohama-shi, KanagawaPhone: 81-45-775-1201Fax: 81-45-775-1208

2-1-1 Shinhama, Arai-cho, Takasago-shi, HyogoPhone: 81-79-445-6125Fax: 81-79-445-6900

10 Oye-cho, Minato-ku, Nagoya-shi, AichiPhone: 81-52-611-2121Fax: 81-52-611-9360

1200 Oaza Higashitanaka, Komaki-shi, Aichi Phone: 81-568-79-2113Fax: 81-568-78-2552

1-3-20 Tosabori, Nishi-ku, Osaka-shi, OsakaPhone: 81-6-6446-4000Fax: 81-6-6446-4006

Sakae Sun City Bldg. 14F, 4-1-8 Sakae, Naka-ku, Nagoya-shi, AichiPhone: 81-52-265-1311Fax: 81-52-265-1440

Fukuoka Center Bldg. 7F, 2-2-1 Hakataekimae, Hakata-ku,Fukuoka-shi, FukuokaPhone: 81-92-441-3741Fax: 81-92-451-1896

Hokkaido Bldg. 7F, 4-1 Nishi, Kita2-jo, Chuo-ku, Sapporo-shi,HokkaidoPhone: 81-11-261-1541Fax: 81-11-221-4425

Ryoko Center Bldg. 6F, 1-20-24 Kanonshinmachi, Nishi-ku,Hiroshima-shi, HiroshimaPhone: 81-82-531-4100Fax: 81-82-531-4101

Toryo Bldg. 8F, 1-8-1 Ichiban-cho, Aoba-ku, Sendai-shi, MiyagiPhone: 81-22-264-1811Fax: 81-22-261-3561

Urban Place Bldg. 8F, 18-7 Ushijima-cho, Toyama-shi, ToyamaPhone: 81-76-432-8089Fax: 81-76-432-8087


192

)$. Address List

191

■RepresentativesMoscow Representative

Istanbul Representative

Ho Chi Minh City Representative

Hanoi Representative

Middle East Office

Kyiv Representative

Johannesburg Branch

Abu Dhabi Office

Shikoku Office

■Research & Development CentersAdvanced TechnologyResearch Center

Nagasaki Research& Development Center

Takasago Research& Development Center

Hiroshima Research& Development Center

Yokohama Research& Development Center

Nagoya Research& Development Center

■Overseas OfficesJakarta Liaison Office

Taipei Liaison Office

No.2 Daiya Bldg. 8F, 2-2-15 Kankodori, Takamatsu-shi, KagawaPhone: 81-87-834-5706Fax: 81-87-835-0424


5-717-1 Fukahorimachi, Nagasaki-shi, NagasakiPhone: 81-95-834-2050Fax: 81-95-834-2055

2-1-1 Shinhama, Arai-cho, Takasago-shi, HyogoPhone: 81-79-445-6700Fax: 81-79-445-6926

4-6-22 Kanonshinmachi, Nishi-ku, Hiroshima-shi, HiroshimaPhone: 81-82-294-9821Fax: 81-82-294-8944


1 Aza Takamichi, Iwatsuka-cho, Nakamura-ku, Nagoya-shi,AichiPhone: 81-52-412-0199Fax: 81-52-412-5707

12th Floor, Sentral Senayan@JI. Asia Africa No.8,Gelora Bung Karno, Senayan Jakarta 10270, Indonesia Phone: 62-21-5797-4430Telefax: 62-21-5797-4435

8F-1, Worldwide House131, Min Sheng E. Rd., Sec. 3,Taipei 105, Taiwan Phone: 886-2-8712-3330Telefax: 886-2-8712-3332

Office 1302 (13F), Entrance No.3,12 Krasnopresnenskaya nab.,World Trade Center, Moscow, 123610, RussiaPhone: 7-495-258-1471Telefax: 7-495-258-1468

Levent Harman Sok., Harmanci Giz Plaza KaT:18 D:36,Sisli 80640 lstanbul, Turkey Phone: 90-212-279-2535Telefax: 90-212-279-2603

#410, 4th Floor, Sun Wah Tower, 115 Nguyen Hue Boulevard,District 1, Ho Chi Minh City, Socialist Republic of VietnamPhone: 848-3824-3279 Telefax: 848-3824-2874

R907-908, 9th Floor, Pacific Place, 83B Ly Thuong Kiet Str.,Hanoi, Socialist Republic of VietnamPhone: 844-3933-3941 Telefax: 844-3933-3947

Dubai Airport Free Zone, Phasa 6 EA, Office 519P.O.Box 293626, Dubai, U.A.E. Phone: 971-4-2993329 Telefax: 971-4-2993320

Leonardo Business Center 17/52-A, B. Khmelnytskogo Street, Kyiv 01030, UkrainePhone: 380-44-593-9483Telefax: 380-44-593-9482

Building 2, Commerce Square, 39 Rivonia Road (Corner Helling)Sandhurst, Sandton, Johannesburg, South Africa P.O.Box 890546 Lyndhurst 2106Phone: 27-11-268-2117Telefax: 27-11-268-2118

P.O.Box 135064 Office No.302, 3rd Floor, Injazat Building,Mohamed Bin Zayed City, Abu Dhabi, U.A.E.Phone: 971-2-5592191Telefax: 971-2-5592327


194

)$. Address List

193

MCNF S.A.S. (MCNF)

MHI Equipment Alsace S.A.S. (MEA)

Diamond GT Service Europe S.r.l. (DGTSE)

Mitsubishi Caterpillar Forklift Europe B.V. (MCFE)

MHI Equipment Europe B.V. (MEE)

MHI International Investment B.V. (MII)

Mitsubishi Heavy Industries Europe, Ltd. (MHIE)

Mitsubishi Power Systems Europe, Ltd. (MPSE)

Asia

Beijing Mitsubishi Heavy Industries Beiren Printing Machinery Co., Ltd.

Changzhou Baoling Heavy & Industrial Machinery Co., Ltd.

Changshu Ryoju Machinery Co., Ltd. (CRM)

MCF Forklift (Shanghai) Co., Ltd. (MCFC)

MHI Automotive Climate Control (Shanghai) Co., Ltd. (MACC)

MHI Engine System Hong Kong Ltd. (MHIES-H)

MHI Engine System (Shenzhen) Co., Ltd. (MHIES-SZ)

MHI Machine Tool Ltd. (MMH)

MHI Shenyang Pump Engineering Co., Ltd. (MSPE)

MHI Turbo Engineering Co. (Shanghai) (MTEC)

Mitsubishi Heavy Industries Air-conditioners (Shanghai) Co., Ltd. (MHIAS)

Mitsubishi Heavy Industries BFG Gas Turbine Service (Nanjing) Co., Ltd.

Mitsubishi Heavy Industries (China) Co., Ltd. (MHIC)

Mitsubishi Heavy Industries Dongfang Gas Turbine (Guangzhou) Co., Ltd. (MHI-DGT)

Mitsubishi Heavy Industries Forklift (Dalian) Co., Ltd. (MFD)

Mitsubishi Heavy Industries-Haier (Qingdao) Air-Conditioners Co., Ltd. (MHAQ)

Mitsubishi Heavy Industries, (Hong Kong) Ltd. (MHIH)

Mitsubishi Heavy Industries-Jinling Air-Conditioners Company, Ltd. (MJA)

Mitsubishi Heavy Industries, (Shanghai) Co., Ltd. (MHISH)

Mitsubishi-Hitachi Metals Machinery (Shanghai), Inc. (MHS)

MLP Hong Kong Ltd. (MLP-HK)

NanJing TianLing Energy Technology Co., Ltd. (TET)

Shanghai MHI Turbocharger Co., Ltd. (SMTC)

Shenyang Aerospace Xinguang Mitsubishi Heavy Industries Engine Valves Co., Ltd.

L&T MHI Boilers Private Limited (LMBP)

L&T-MHI Turbine Generators Private Limited (LMTP)

MHI-VST Diesel Engines Pvt. Ltd. (MVDE)

Mitsubishi Heavy Industries India Precision Tools, Ltd. (MHI-IPT)

■Overseas Subsidiary Companies and Joint VenturesThe most up-to-date information on Group company addresses are available online. Please

check the below webpages.

http://www.mhi.co.jp/en/company/net/

North America

MHI Canada Aerospace, Inc. (MHICA)

MLP Canada Ltd. (MLP-C)

ADVATECH, LLC

Cormetech, Inc. (CORMETECH)

Crystal Mover Services, Inc. (CMS)

FMS Equipment Rental Inc. (FMS)

Intercontinental Jet Service Co.

Mitsubishi Aircraft Corporation America, Inc. (MJETA)

Mitsubishi Caterpillar Forklift America Inc. (MCFA)

Mitsubishi Engine North America, Inc. (MENA)

Mitsubishi Heavy Industries America, Inc (MHIA)

Mitsubishi Heavy Industries Climate Control Inc. (MCC)

Mitsubishi-Hitachi Metals Machinery USA, Inc. (MHU)

Mitsubishi Nuclear Energy Systems, Inc. (MNES)

Mitsubishi Power Systems Americas, Inc. (MPSA)

MLP U.S.A., Inc. (MLP-A)

Rapidparts Inc. (Rapidparts-A)

Southern California Material Handling Inc. (SCMH)

VienTek, LLC (VIENTEK)

Central and South America

Mitsubishi Heavy Industries de Mexico S.A. de C.V. (MHIMEX)

CBC Industrias Pesadas S.A. (CBC)

Mitsubishi Industrias Pesadas do Brasil Ltda. (MHIB)

MHI Sul Americana Distribuidora de Motores Ltda. (MSA)

Europe

Maintenance Partners. Nv (MP)

Diamond Solar Devnya AD (DSD)

Kaliakra Wind Power (KWP)

Rocla Oy (Rocla)

ATMEA S.A.S.


196195

Mitsubishi Heavy Industries India Private Ltd. (MHII)

Mitsubishi-Hitachi Metals Machinery South Asia Private Ltd. (MHSA)

PT. MHI Engine System Indonesia (MHIES-I)

P.T. Power Systems Service Indonesia (P.T. POSSI)

Mitsubishi Heavy Industries Korea, Ltd. (MHIK)

MHI Engine System Philippines, Incorprated (MHIES-P)

MHI Technical Services Corp. (MTS)

Mitsubishi Heavy Industries Philippines, Inc. (MHIP)

TES Philippines, Inc. (TESP)

Saudi Factory for Electrical Appliances Co., Ltd. (SELECT)

MHI Engine System Asia Pte. Ltd. (MHIES-A)

Mitsubishi Caterpillar Forklift Asia Pte Ltd. (MCFS)

Mitsubishi Heavy Industries Singapore Private Ltd. (MHISP)

Mitsubishi Power Systems (Asia Pacific) Pte. Ltd. (MPS-AP)

MHI-Pornchai Machinery Co., Ltd. (MPM)

Mitsubishi Heavy Industries-Mahajak Air Conditioners Co., Ltd. (MACO)

Mitsubishi Heavy Industries (Thailand) Ltd. (MHIT)

Mitsubishi Power Systems (Thailand) Ltd. (MPS-T)

Mitsubishi Turbocharger Asia Co., Ltd. (MTA)

NICHIDAI (THAILAND) LTD. (NDT)

Thai Compressor Manufacturing Co., Ltd. (THACOM)

MHI Aerospace Vietnam Co., Ltd. (MHIVA)

MHI Engine System Vietnam Co., Ltd. (MHIES-V)

Oceania

Mitsubishi Heavy Industries Air-Conditioners Australia, Pty. Ltd. (MHIAA)

Mitsubishi Heavy Industries Australia, Pty. Ltd. (MHIAU)

Africa

MHI Equipment and Services Africa S.A. (MESA)

Note: Major overseas affiliate companies are listed.

)%. PR materials


197

PR materials

(As of Jul. 1. 2010)

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（）Issued Oct. 2010 by Corporate Communication Department

Mitsubishi Heavy Industries, Ltd.2-16-5 Konan, Minato-ku, Tokyo, Japan

Phone : (03) 6716-3111http://www.mhi.co.jp/en/

Guide book 2010

PDF用Main_PR_materials-H3 10.10.6 1:30 PM ページ 197 (1,1)

mhi guide book 2010...kazuo tsukuda* 1 chairman hideaki omiya* 1 president assistant to president,...

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