g&g intech co., ltd.ourgng.co.kr/design/template_061/introduction_gng_intech.pdf · 2013. 12....

Copyright © G&G In Tech INFORMATION All Rights Reserved. Copyright © G&G INFORMATION CO., LTD. All Rights Reserved.

Final Edition: December 2013

Green & Global Integrated Technology

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G&G InTech Co., Ltd.

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with Innovation and Integration

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Information

Company Name : G&G InTech Co., Ltd. Date of Foundation : Jan. 9. 2001 Employees : 30 G&G InTech Co., Ltd. #910 U-Tower, 120 Heung-Deok-Jungang-ro, Yongin-si, Gyeonggi-do(446-982), Korea T) +82-31-627-2381~2386, F) +82-31-627-2380 G&G Central Research Center #909 U-Tower, 120 Heung-Deok-Jungang-ro, Yongin-si, Gyeonggi-do(446-982), Korea T) +82-31-627-2387~2388, F) +82-31-627-2380

01


History 02

Introduction

2001. 1. 9 : G&G EnviTech Co., Ltd. 2003.7. : Distributor Agreement /

Yakult Institute / nitrifying

bacteria measured

2005. 3. : G&G In Tech Central Research

Center 2007. 9. : G&G In Tech Co., Ltd.

Growth

2007. 10. : Water Analysis & Measurement

agency

(Registration Number No. 39)

2008. 9. : ISO14001 certification (JEK-2993, IIC)

2008. 11. : INNOBIZ Certification

2008. 11. : Ack. of Venture Company

2011. 8. : Acquired of Environmental (water)

management agency (No. 173, the

Han River Basin Environmental

Authority)

2011. 9. : ISO9001 certification (JK-15821, IIC)

2011. 12 : Production of S-AOP Media for

Ultrapure water

Development


Patents 3-1

PATENT NUMBER 100498141

A process for preparing agent for neutralization with apatite of acid or base and an agent prepared thereby

2005


High rate calcium removal process and equipments with enhancement of calcite growth using cavitation in water

2007


High rate fluoride and calcium removal process and equipments in water using cavitation

2008


High rate fluoride and calcium removal equipments in water using activated nuclei

2009


High-Efficient equipment for removing fluoride and calcium in water


Method for high efficiency biological production of methane using hydrogen and carbon dioxide


Patents 3-2


A method and device for electro-chemical hydrogen production and biological carbon dioxide reduction

2012

NUMBER 10-2012-0053547

Sludge treatment method using hydrodynamic cavitation

NUMBER 10-2012-0144333

Apparatus for removing fluoride in water and method for removing fluoride in water


R & D Resin Manufacturing

Water Analysis Servicea

Academic Consortium

Integrated Team

Organizational Structure

O&M Research Services

Diagnosis & Reporting

Operation and Research Team

Plant Team

Analysis Equipment

Laboratory Supplies

Research Support

Lab Engineering Team

Lab Installation

CEO

Environmental Plant & Equipment

Design & Manufacturing

Installation & Initial Operation

Safety Environment

Quality


Business 5-1

Business

Idea


Business 5-2

Cooperative Company

Design, Manufacture, Supply

Venture / Relative Company Union to accomplish our subject

Research Agency (Interior/Overseas)

Research Service/Analysis Commission

University/ Area Center

Research Service/Analysis Commission

Man Power Network

Management Support, Consulting

Business

Strategy


Technologies 06

1

2

3

Membrane Technology UPW Technology VRTX Desalination Technology HVC Technology

BAC Process

S-AOP Process

SM process/ BioFil process [licensed from Samsung], (KT, Environmental New Technology, Patent(KR))


Reuse Technology 6-1

Membrane Bio-Reactor

High-efficient Biological N removal High-efficient Chemical P removal



Ultra Pure Water

Raw Water T/K

Heat Exchanger

A/C Pre- filter

#1 Membrane Degasifier

Degasifier Water T/K

M/F UV-ST #1 R/O Unit

Relay T/K

#2 R/O Unit

R/O Water T/K

#2 Membrane Degasifier

#1 TOC-UV CEDI MB

Pure Water T/K #2 TOC-UV

Heat Exchanger AP #1 MBP

#3 Membrane Degasifier #2 MBP UF



VRTX Cavitation Technology

What Happens Inside of VRTX Chamber?

– Hydrodynamic cavitation: Intense localized heat and pressure micro-environments

– Chemical reactions: o Accelerate reactions o Initiate reactions o Decomposition of water molecules

– High energy micro-jet

– Sonic waves



Hydro-dynamic Vortex Crystallization [Before]

[After]

High-efficient Ca removal High-efficient F removal


Advanced Technology 6-5

Biological Activated Carbon

BAC Plant

Microorganism with Activated Carbon

TOC of the BAC Effluent

240 ~ 310(270)ppb

High-efficient TOC removal

Feed TOC: about 5,000ppb

Reclaim

Feed

NaOH

pH control

IPA, TMAH

Spiking material

BAC

TOC removal

Effluent

Effluent T/K

Return


Advanced Technology 6-6

Fe2+

Fe3+

H2O2

OH●

AC

Fe2+

Fe3+

H2O2

OH●

AC

Solid state

Advanced

Oxidation

Process

Solid state – Advanced Oxidation Process

Easy Operation

R + OH radical

▷ Organic Decomposition

Oxidative species Potential (volt)

Fluorine 3.03

OH radical 2.80 Ozone 2.07

H2O2 1.78

Permanganate 1.69

Chlorine 1.36

No Sludge

Chemical Reduction

High-efficient Organic removal


Sewage / Wastewater Treatment 6-7

Samsung Media

Dimension : 1.3×1.3×1.3 cm3

Density : 0.21 gr/cm3

Specific surface area : 8.5 m2/gr

Dimension : 1.3×1.3×1.3 cm3

Density : 0.06 gr/cm3

Specific surface area : 4.6 m2/gr

BioCAP TM

(Organic Media )

BioPOPTM

(Nitrogen Media)

High-efficient Organic removal High-efficient N removal


Sewage / Wastewater Treatment 6-8

Pre-Denitrification Biofilter

◐ Ulsan Industrial complex : 23,000 Ton/day ◐ Samsung SDI Co., Ltd. : 3,000 Ton/day

◐ Samsung Electronics Co., Ltd. : 3,000 Ton/day

Reference

2 Unification of Aeration Basin and 2nd. Clarifier 1 Reduction in volume (1/4) 2 Biological Del N / P is possible 3


Major References 7-1


R & D 8-1

01 Eco-STAR National Project

Economic Efficiency

Compact

I3 System Innovation / Interconnected / Integrated System

Project name High efficient and low cost technology development for desalination using hydrodynamic cavitation

Co-workers Samsung Eng’g, Hanyang Univ.

Funding Ministry of Environment

Periods 2004.12.01. - 2011.05.31.

Fund \1,418,000,000

Abstract

- Hydrodynamic cavitation was used to remove calcium ions contained in electronics WW. - As results,

• 90% above of calcium ions were removed • 30% above of operation cost was reduced • scaling phenomena like membrane fouling was greatly reduced


R & D 8-2

02 Energy Efficiency & Resources National Project

Economic Efficiency

Compact

Project name Development of anaerobic system for efficient conversion of CO2 to methane using organic waste

Co-workers KIST, Seoul National University of Science and Technology Funding Ministry of Trade, Industry and Energy Periods 2005.07.22. - 2009.09.30.

Fund \1,990,000,000

Abstract

- Carbon dioxide reduction by biological reaction (esp. anaerobic conditions)

- Reaction: CO2 + 4H2 CH4 + 2H2O - To produce hydrogen, electro-coagulation technology was used to

remove fluoride ion contained in electronics WW. - As results,

• 92% above of CO2 was removed • 90% of fluoride ion was removed


R & D 8-3

03 Eco- technopia 21 National Project

Economic Efficiency

Compact

Project name Development of pathogen monitoring system using multiplex nano-biochip technology

Co-workers Sungkyunkwan Univ. Seogang Univ. HanKyong Univ.


Periods 2006.04.01. - 2009.03.31.

Fund \1,050,000,000

Abstract - Development of micro-well type protein chip - Platform build to multiplex diagnose 6 types of pathogen.


R & D 8-4

04 National Project

Economic Efficiency

Compact

Eco Innovation

Project name Development of ecological toxic material treatment techniques by fluoride and copper removal from semiconductor wastewater

Coworkers KIST


Periods 2012.05.01. - 2015.03.31.

Fund \2,360,400,000

Abstract

- Fluoride and copper have strongly effect of ecological toxic on environment

- CaCl2 was used to fluoride removal instead of lime - Now in progress - As results,

• production amount of scale and sludge was reduced • economically advanced technology for electronics wastewater


R & D 8-5

05 National Project

Economic Efficiency

Compact

Energy Efficiency & Resources

Project name Demonstration of conversion process of CO2 to high valued products using microalgae

Co-workers Korea district heating corp. Korea Univ. KIER

Funding Ministry of Trade, Industry and Energy

Periods 2012.06.01. - 2017.05.31.

Fund \2,414,200,000

Abstract

- Carbon dioxide reduction by biological reaction (esp. photo-bioreaction using microalgae)

- Haematococcus sp. was mainly used to produce high valued products like astaxanthin

- Esp. real fuel gas was used to culture microalgae at out-door conditions in this project.

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