applicable course schedule 12. non-metallic pipe codes ...kpdmigas.com/files/brosur ipp xvi.pdf ·...

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NO. JAM MINGGU 24 Nov. 2019 SENIN 25 Nov. 2019 SELASA 26 Nov. 2019 RABU 27 Nov. 2019 KAMIS 28 Nov. 2019 JUMAT 29 Nov. 2019 SABTU 30 Nov. 2019 1 08.00 – 08.45 Pembukaan (Panitia) Welding Material Selection/Pipe Mfg Kunjungan Pabrik Pipa – Linepipe Welding ERW Pipeline Design -1 Case Study 2 08.45 – 09.30 Pembukaan (Panitia) Welding Material Selection/Pipe Mfg Kunjungan Pabrik Pipa – Linepipe Welding ERW Pipeline Design -1 Case Study 3 09.30 – 10.15 Pembukaan (Panitia) Welding Material Selection/Pipe Mfg Kunjungan Pabrik Pipa – Linepipe Welding ERW Pipeline Design -1 Case Study 4 10.15 – 10.30 Coffee Break/Istirahat 5 10.30 – 11.15 Local Regulation Welding Material Selection/Pipe Mfg Kunjungan Pabrik Pipa – Linepipe Welding ERW Pipeline Design -1 Case Study 6 11.15 – 12.00 Local Regulation Welding Material Selection/Pipe Mfg Kunjungan Pabrik Pipa – Linepipe Welding ERW Pipeline Design -1 Case Study 7 12.00 - 13.00 an Siang/Istirahat 8 13.00 -.13.45 Local Regulation Welding Pipeline System Kunjungan Pabrik Pipa – Linepipe Welding ERW Pipeline Installation Case Study 9 13.45 – 14.30 Local Regulation Welding Pipeline System Kunjungan Pabrik Pipa – Linepipe Welding ERW Pipeline Installation Case Study 10 14.30 – 15.15 CHECK IN HOTEL Local Regulation Welding Pipeline System Kunjungan Pabrik Pipa – Linepipe Welding ERW Pipeline Installation Case Study 11 15.15 – 15.30 Coffee Break/Istirahat 12 15.30 - 16.15 CHECK IN HOTEL ITP Welding Pipeline System Kembali Ke bandung Pipeline Installation Case Study 13 16.15 – 17.00 CHECK IN HOTEL ITP Welding Pipeline System Kembali Ke bandung Pipeline Installation Case Study 14 17.00 – 21.00 CHECK IN HOTEL COURSE SCHEDULE APPLICABLE CODES & STANDARDS ABOUT INSTRUCTORS WHO SHOULD ATTEND ? NO. JAM MINGGU 01 Des. 2019 SENIN 02 Des. 2019 SELASA 03 Des. 2019 RABU 04 Des. 2019 KAMIS 05 Des. 2019 JUMAT 06 Des. 2019 SABTU 07 Des. 2019 1 08.00 – 08.45 Non Metalic Pipe QAQC/Inline Inspection Pipeline Design -2 Operation & Maintenance / Pipeline Integrity Ujian 2 08.45 – 09.30 Non Metalic Pipe QAQC/Inline Inspection Pipeline Design -2 Operation & Maintenance / Pipeline Integrity Ujian Penutupan (Panitia) 3 09.30 – 10.15 Non Metalic Pipe QAQC/Inline Inspection Pipeline Design -2 Operation & Maintenance / Pipeline Integrity Ujian Penutupan (Panitia) 4 10.15 – 10.30 Coffee Break/Istirahat Penutupan (Panitia) 5 10.30 – 11.15 Non Metalic Pipe QAQC/Inline Inspection Pipeline Design -2 Operation & Maintenance / Pipeline Integrity Ujian Penutupan (Panitia) 6 11.15 – 12.00 Non Metalic Pipe QAQC/Inline Inspection Pipeline Design -2 Operation & Maintenance / Pipeline Integrity Ujian Penutupan (Panitia) 7 12.00 - 13.00 an Siang/Istirahat CHECK OUT HOTEL 8 13.00 -.13.45 Corrosion Pipeline Testing Modification & Repair Ujian Ujian 9 13.45 – 14.30 Corrosion Pipeline Testing Modification & Repair Ujian Ujian 10 14.30 – 15.15 Corrosion Pipeline Testing Modification & Repair Ujian Ujian 11 15.15 – 15.30 Coffee Break/Istirahat 12 15.30 - 16.15 Corrosion Pipeline Testing Modification & Repair Ujian Ujian 13 16.15 – 17.00 Corrosion Pipeline Testing Modification & Repair Ujian Ujian QUALIFICATION COURSE OF EXPERT PIPELINE INSPECTOR 16 BATCH th 12. Non-Metallic Pipe Material Properties Standard Spec, Test Methods, and Codes for Non- Metallic Pipe Pressure Design of Non-Metallic Pipe Limitations 12. Pipeline Repair and Modification Technology a. Repair Technology Pipeline Degradations and Failure Pressure Reductions Prior to Repair Permanent and Temporary Repairs Methods b. Modification Technology Replacement of damage sections scaling of redundant lines Tie-in of new lines Pipeline commissioning and decommissioning b. Hot-Tapping of Pipeline Features and Benefits Pressure Reduction Procedures and Practices Design Code Requirement This course is intended for mechanical integrity engineers, pipeline engineers/ technicians/operators, maintenance engineers & supervisors, service engineers & supervisors, inspectors, work over engineers & supervisors, plant engineers. 1. ASME B 31.8 / SNI 3474 2. ASME B 31.4 / SNI 3473 3. DNV OS F-101 4. ASME IX (welding) 5. API 1104 6. API 5L 7. SNI 1305 / PE 8. Tabel pipa dan material (katalog) Tri Agusman Putra He was graduated from Institut Teknologi Bandung majoring in Mechanical Engineering. Experienced in area of Project Management & Engineering, Pipeline Engineering, Offshore and Onshore, from Design, Construction/ Installation, Precommissioning and Commissioning, Operation & Maintenance and Asset Integrity for almost 23 years. For last eight (8) years working as pipeline Integrity / Pipeline Technical Authority and also as Pressure System and Mechanical TA for last 1.5 years in BP Indonesia West Java Business Unit, currently Pertamina Hulu Energi (PHE) ONWJ. Purwidiatmo He owns more than 20 years working experience in National and Multinational Companies located in Indonesia, Singapore, Myanmar and Europe. The field of his working experiences vary, where it includes Inspection, Engineering and Surveyors, however, his widest exposure is particulary in Inspection and Engineering Companies. He is holding National and International qualification such as Welding, NDT, Pipeline, Pressure Vessel and etc. Muhammad Agus Kariem He was graduated from Swinburne University of Technology, Australia. Majoring PhD in Mechanical Engineering. Experience in area of Post Doctoral, Research Project, Project. He get awards the best graduate in academic achievement in the Mechanical Engineering Department, Bandung Institute of Technology, July 2005. his Academic Experience Lecturer, Faculty of Mechanical and Aerospace Engineering Bandung Institute of Technology (ITB) from 2010 – present. Others Instructors from: Regulatory Body, Pipe Manufacturer, etc. Bandung, 24 November - 7 Desember, 2019 Gedung Migas Jl. H. R. Rasuna Said Kav. B-5 Jakarta Selatan LPK - KPDMigas Information/Registration : www.kpdmigas.com [email protected]

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Page 1: APPLICABLE COURSE SCHEDULE 12. Non-Metallic Pipe CODES ...kpdmigas.com/files/Brosur IPP XVI.pdf · 4. ASME IX (welding) 5. API 1104 6. API 5L 8. Tabel pipa dan material (katalog)

NO. JAM MINGGU 24 Nov. 2019

SENIN 25 Nov. 2019

SELASA 26 Nov. 2019

RABU 27 Nov. 2019

KAMIS 28 Nov. 2019

JUMAT 29 Nov. 2019

SABTU 30 Nov. 2019

1 08.00 – 08.45 Pembukaan (Panitia)

Welding

Material Selection/Pipe Mfg

Kunjungan Pabrik Pipa – Linepipe Welding ERW

Pipeline Design -1

Case Study

2 08.45 – 09.30 Pembukaan (Panitia)

Welding

Material Selection/Pipe Mfg

Kunjungan Pabrik Pipa – Linepipe Welding ERW

Pipeline Design -1

Case Study

3 09.30 – 10.15 Pembukaan (Panitia)

Welding

Material Selection/Pipe Mfg

Kunjungan Pabrik Pipa – Linepipe Welding ERW

Pipeline Design -1

Case Study

4 10.15 – 10.30 Coffee Break/Istirahat

5 10.30 – 11.15 Local Regulation

Welding

Material Selection/Pipe Mfg

Kunjungan Pabrik Pipa – Linepipe Welding ERW

Pipeline Design -1

Case Study

6 11.15 – 12.00 Local Regulation

Welding

Material Selection/Pipe Mfg

Kunjungan Pabrik Pipa – Linepipe Welding ERW

Pipeline Design -1

Case Study

7 12.00 - 13.00 an Siang/Istirahat

8 13.00 -.13.45 Local Regulation

Welding

Pipeline System

Kunjungan Pabrik Pipa – Linepipe Welding ERW

Pipeline Installation

Case Study

9 13.45 – 14.30 Local Regulation

Welding

Pipeline System

Kunjungan Pabrik Pipa – Linepipe Welding ERW

Pipeline Installation

Case Study

10 14.30 – 15.15 CHECK IN HOTEL Local Regulation

Welding

Pipeline System

Kunjungan Pabrik Pipa – Linepipe Welding ERW

Pipeline Installation

Case Study

11 15.15 – 15.30 Coffee Break/Istirahat

12 15.30 - 16.15 CHECK IN HOTEL ITP

Welding

Pipeline System Kembali Ke bandung

Pipeline Installation

Case Study

13 16.15 – 17.00 CHECK IN HOTEL ITP

Welding

Pipeline System Kembali Ke bandung

Pipeline Installation

Case Study

14 17.00 – 21.00 CHECK IN HOTEL

COURSE SCHEDULEAPPLICABLECODES & STANDARDS

ABOUT INSTRUCTORS

WHO SHOULD ATTEND ?

NO. JAM MINGGU

01 Des. 2019SENIN

02 Des. 2019SELASA

03 Des. 2019RABU

04 Des. 2019KAMIS

05 Des. 2019JUMAT

06 Des. 2019SABTU

07 Des. 2019

1 08.00 – 08.45 Non Metalic Pipe

QAQC/Inline Inspection

Pipeline Design -2

Operation & Maintenance /

Pipeline Integrity

Ujian

2 08.45 – 09.30 Non Metalic Pipe

QAQC/Inline Inspection

Pipeline Design -2

Operation & Maintenance /

Pipeline Integrity

Ujian

Penutupan (Panitia)

3 09.30 – 10.15 Non Metalic Pipe

QAQC/Inline Inspection

Pipeline Design -2

Operation & Maintenance /

Pipeline Integrity

Ujian

Penutupan (Panitia)

4 10.15 – 10.30 Coffee Break/Istirahat Penutupan (Panitia)

5 10.30 – 11.15 Non Metalic Pipe

QAQC/Inline Inspection

Pipeline Design -2

Operation & Maintenance /

Pipeline Integrity

Ujian

Penutupan (Panitia)

6 11.15 – 12.00 Non Metalic Pipe

QAQC/Inline Inspection

Pipeline Design -2

Operation & Maintenance /

Pipeline Integrity

Ujian

Penutupan (Panitia)

7 12.00 - 13.00 an Siang/Istirahat CHECK OUT HOTEL

8 13.00 -.13.45 Corrosion

Pipeline Testing

Modification & Repair

Ujian

Ujian

9 13.45 – 14.30 Corrosion

Pipeline Testing

Modification & Repair

Ujian

Ujian

10 14.30 – 15.15 Corrosion

Pipeline Testing

Modification & Repair

Ujian

Ujian

11 15.15 – 15.30 Coffee Break/Istirahat

12 15.30 - 16.15 Corrosion

Pipeline Testing

Modification & Repair

Ujian

Ujian

13 16.15 – 17.00 Corrosion

Pipeline Testing

Modification & Repair

Ujian

Ujian

QUALIFICATION COURSEOF EXPERT PIPELINEINSPECTOR 16 BATCHth

12. Non-Metallic Pipe • Material Properties • Standard Spec, Test Methods, and Codes for Non- Metallic Pipe • Pressure Design of Non-Metallic Pipe • Limitations

12. Pipeline Repair and Modi�cation Technology a. Repair Technology • Pipeline Degradations and Failure • Pressure Reductions Prior to Repair • Permanent and Temporary Repairs Methods b. Modification Technology • Replacement of damage sections • scaling of redundant lines • Tie-in of new lines • Pipeline commissioning and decommissioning b. Hot-Tapping of Pipeline • Features and Benefits • Pressure Reduction • Procedures and Practices • Design Code Requirement

This course is intended for mechanical integri ty engineers,p ipe l ine eng ineers / techn ic ians /opera to rs , ma in tenanceengineers & supervisors, service engineers & supervisors,inspectors, work over engineers & supervisors, plant engineers.

1. ASME B 31.8 / SNI 34742. ASME B 31.4 / SNI 34733. DNV OS F-1014. ASME IX (welding)5. API 11046. API 5L7. SNI 1305 / PE8. Tabel pipa dan material (katalog)

Tri Agusman PutraHe was graduated from Institut Teknologi Bandung majoring in MechanicalEngineering. Experienced in area of Project Management & Engineering,Pipeline Engineering, Offshore and Onshore, from Design, Construction/ Installation, Precommissioning and Commissioning, Operation& Maintenance and Asset Integrity for almost 23 years. For last eight (8)years working as pipeline Integrity / Pipeline Technical Authority and also asPressure System and Mechanical TA for last 1.5 years in BP IndonesiaWest Java Business Unit, currently Pertamina Hulu Energi (PHE) ONWJ.

PurwidiatmoHe owns more than 20 years working experience in National andMultinational Companies located in Indonesia, Singapore, Myanmar andEurope. The field of his working experiences vary, where it includesInspection, Engineering and Surveyors, however, his widest exposure isparticulary in Inspection and Engineering Companies. He is holdingNational and International qualification such as Welding, NDT, Pipeline,Pressure Vessel and etc.

Muhammad Agus KariemHe was graduated from Swinburne University of Technology, Australia. Majoring PhD in Mechanical Engineering. Experience in area of Post Doctoral,Research Project, Project. He get awards the best graduate in academic achievement in the Mechanical Engineering Department, Bandung Institute of Technology, July 2005. his Academic Experience Lecturer, Faculty of Mechanical and Aerospace Engineering Bandung Institute of Technology (ITB)from 2010 – present.

Others Instructors from:Regulatory Body, Pipe Manufacturer, etc.

Bandung, 24 November - 7 Desember, 2019

Gedung MigasJl. H. R. Rasuna Said Kav. B-5

Jakarta Selatan

LPK - KPDMigas

Information/Registration :[email protected]

Page 2: APPLICABLE COURSE SCHEDULE 12. Non-Metallic Pipe CODES ...kpdmigas.com/files/Brosur IPP XVI.pdf · 4. ASME IX (welding) 5. API 1104 6. API 5L 8. Tabel pipa dan material (katalog)

OBJECTIVES

COURSE OUTLINE1. Introduction

2. Linepipe Material Selection

3. Basic Hydraulic Analysis

4. Pipe Manufacturing

10. Operation & Maintenance

11. Pipeline Integrity Management

LPK - KPDMigas 6. Corrosion Protection Design

7. Pipe Welding - WPS/PQR

8. Pipeline Construction/Installation

9. Quallity Assurance

5. Pipeline Design

Participants of this course will learn basicfundamental of pipeline system design,construction, and installation. This course willgive you sound knowledge of pipeline fabrication,welding (WPS/PQR) requirements, qualityassurance (testing, inspection, and maintenancedevelopment), and integrity management. Theparticipants will alse learn about principleoperation, repair and modification technology for both onshore and offshore pipeline. There will belots of practical case study examples prior totheoretical and design examination being held.

a. Overview of pipeline Technologyb. Codes and Standard • ASME B 31.8 • ASME B 31.4 • DNV OS F-101 • ASME IX (Welding) • API 1104 • API 5L • SNI 1305 / PEc. Company Specd. Local Regulation • Certification • SNI • KK & LL

• API 5L and ASTM Specifications• Practical Aspects of Metallurgical• Chemistry and Material Test Reports• Linepipe Manufacturing• Fabrication and Fittings specification• Mechanical Properties: Strength and Toughness• Material selection Technique

• Reynolds Number, Types of Flow• Mess Continuity• Bernoilli Principle• Head Loss and Pressure Drop• Pipeline Sizing Formula with Applications

• Steel Making, Plate Rolling• Pipe Manufacture (Seamless, U-O-E, Spiral, etc)• Welding Requirements and Defect

a. Pipeline System Component • Initial and Final Delivery Station • Compressor/Pump Station • Block Valve Station • Regulator Stationb. Pipeline Route Selection • Basics of routering • Classification schemes • Easements and rights of way • Legislation and permits • Routering methocologies • Pipeline constructionc. Onshore Design • Pressure Design Code Requirements • Establish Design Pressure • Design Factors • Pipeline Loads • Layout and Support • Other design considerations (Valves, Bends, Crossings, Leak Detection, etc)d. Offshore Design • Collapse and Propagation Buckling • Free-Span Analysis • On-Bottom Stability • Installation Methods • Flow-Assurance • Pipeline constructione. Pipeline Safety System

• Introduction to Practical Corrosion • Classification of Corrosion Mechanisms • General Wall Thinning • Local Corrosion : Galvanic Effects • Crevice Corrosion • Pitting Corrosion • Environmental Effects • Hydrogen and H2S Effects • Microbiological Corrosion • Corrosion Protection • Cathodic Protection Overview

• Overview of Pipe and Pipeline Welding Practice • API 1104 and ASME IX WPS/PQR Requirements • Welding In-Service: Challange and Solutions

a. Onshore Pipeline Construction • Handling, Hauling, Stringing, Storage • Construction Inspection Provisions • Commissioning b. Offshore Pipelinbe Installation • Offshore Installation Methods Overview and Selection • Pipelay Acceptance Criteria • Route Sourvey and Positioning

a. QA and QC • Visual Examination • Magnetic Particle Testing • Ultrasonic Test and LRUT • Radiographic Test b. Inline Inspection & Examination • Inspection Pigs

c. Pipeline Testing & Acceptance Criteria • Hydrostatic Testing Requirements • Testing Procedures and Equipments • Pneumatic Testing d. In Service Pipeline Testing & Accaptance Criteria

• Pipeline System Operation • Operation Organizational Factor and Policy • Operation Planning and Scheduling • Maintenance Program Development • Pipeline ROW • Segment Replacement • Pipeline Pigging

Risk Assassment: a. Introduction to risk assassment b. Risk Criteria c. Probability of failure • Thirc party damage • Corrosion aspect • Design Aspects • Incorrect Operation d. Consequence of failure • Product hazard • Spill assesment • Dispersion calculation • Receptors e. Risk Representation

Fitness-For-Service: 1. Application of ASME B31G to Determine Remaining Life 2. Appication of 579 to General and Local Corrosion 3. Analysis of Dent and Gouges in Pipelines 4. How to Evaluate cracks in piping and Pipelines