Yeon-Jae Kim

RESUME

NAME : Yeon-Jae Kim

DATE OF BIRTH : Jun. 3, 1955

EDUCATION : B.Sc.(1978) in Mechanical Engineering

Sungkyunkwan University

Seoul, Korea

NATIONALITY : Korean

HOME ADDRESS : 15-1101, Namsan town Apartment, 32 Dasan-ro, Joong-Gu

Seoul, 04595, Korea

PHONE Home : +82-2-393-1204

Mobile : +82-10-528*-****

E-Mail : acx6he@r.postjobfree.com

SUMMARY

2011.05- 2016.04 GS Engineering & Construction Corp.

Vice President, Engineering Director for Power Engineering

2008.06- 2011.04 Hanwha Engineering & Construction Corp.

Vice President, Chief Engineer, Engineering Manager for Power Engineering

2005.07- 2008.06 Korea District Heating Engineering Co. Ltd.

General Manager, Chief Engineer for Combined Heat & Power Engineering

2002.01- 2003.09 SK Engineering & Construction Co., Ltd.

General Manager, Lead System Engineer for Kwangyang CCPP Project

1990.08- 2000.10 SK Engineering & Construction Co., Ltd.

General Manager, Lead Mechanical Engineer for Power Engineering

1982 .12- 1990.07 HYUNDAI Engineering Co., Ltd.

Manager, Responsible Engineer for Power Engineering

1980.07- 1982.11 SAMSUNG Shipbuilding Co., Ltd.

Engineer, Responsible Engineer for Ship Building Engineering

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Yeon-Jae Kim

DETAILED EXPERIENCE

2011.05- 2016.04 GS Engineering & Construction Corp.

2014.02- 2016.04 Engineering Director for Basic and Detail Engineering of KAIS Combined

Cycle Power Plant (2+2+1 x 2 Blocks) of Sonelgaz, Kais, Algeria.

Gas Turbine : 217 MW x 4 units (GE 9FA.03)

HRSG : Triple Pressure, Reheat x 4 units

HP : 280 t/h, 130 bar(a), 566 Deg. C

Reheat + IP : 299 t/h, 27.6 bar(a), 566 Deg. C

LP : 24.8 t/h, 6.0 bar(a), 288 Deg. C

Steam Turbine : 243 MW x 2 units (GE)

Air Cooled Condenser : 2 units

Note : 50% : 50% Joint Venture operation with DAELIM, Korea

2013.02- 2014.02 Engineering Director for proposal of Rabigh 5&7 Add-On Power Plant (GE

7EA 7+7+1 4 Blocks) of Saudi Electricity Company, Rabigh, Kingdom of Saudi

Arabia. (Failed)

2012.10- 2014.02 Engineering Director for proposal of Six(6) Combined Cycle Power Plants (GE

9FA 2+2+1 2 Blocks each) of Sonelgaz, Algeria. (Awarded)

2012.05- 2013.02 Engineering Director for Basic and Detail Engineering of PP-12 Combined

Cycle Power Plant (4+4+1 2 Blocks) of Saudi Electricity Company, Riyadh,

Kingdom of Saudi Arabia.

Gas Turbine : 170 MW x 8 units (GE 7FA)

HRSG : Triple Pressure, Reheat x 8 units (Alstom)

HP : 201 t/h, 147 bar(a), 568 Deg. C

Reheat + IP : 231 t/h, 33.6 bar(a), 565 Deg. C

LP : 16.6 t/h, 6.9 bar(a), 248 Deg. C

Steam Turbine : 345 MW x 2 units (Alstom)

Air Cooled Condenser : 2 units

Note : 1. EPC price was 2nd lowest but including performance, we were the

lowest.

2. Dispatched to IDOM, Spain for Engineering (2012. 06. ~ 2012. 09)

3. 50% : 50% Joint Venture operation with Arabian Bemco, KSA

2011.05- 2012.04 Engineering Director for proposal of PP-12 Combined Cycle Power Plant (GE

7FA 4+4+1 2 Blocks) of Saudi Electricity Company, Riyadh, Kingdom of Saudi

Arabia. (Awarded)

2011.05- 2011.09 Engineering Director for proposal of Shoaiba II Combined Cycle Power Plant

(GE 7EA 5+5+1 2 Blocks) of Saudi Electricity Company, Shoaiba, Kingdom of

Saudi Arabia. (Failed)

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Yeon-Jae Kim

2008.06- 2011.04 Hanwha Engineering & Construction Corp.

2009.08- 2011.04 Engineering Manager for Marafiq STG units 5 & 6 Project of Marafiq in Yanbu,

Kingdom of Saudi Arabia

Oil Boiler : 167 Bar(a) x 541 Deg. C x 888 t/h x 2 units

Steam Turbine : 275 MW x 2 units

Electrostatic Precipitator 2 units

Seawater Flue Gas Desulfurization System 2 units

Demineralized water plant

Fuel oil supply system

Note : 1. The winning strategy suggested by myself during proposal stage was

the key point. I and my team have received prizes and rewards from

the group chairman Mr. Seong-Yeon Kim.

2. PMC for Owner: JACOBS Engineering, USA

Engineering Company: The Kuljian Corporation, USA

3. During the Basic Design period (Sep. 23 2009 ~ Apr. 2, 2010), I have

dispatched to The Kuljian Corporation office with 5 engineers at the

beginning and 11 engineers at peak time.

2008.08- 2011.04 Chief Engineer of Power Engineering Team

Supervision of engineering work for various power projects and proposals

2008.06- 2009.07 Supervising Engineer for Kwang-Myung CES Plant of Samchully Co. Ltd.,

Korea.

Gas Turbine : 17.3 MW x 2 units (Kawasaki L20A)

HRSG : Dual Pressure x 2 units

Steam Turbine : 11.4 MW x 1 unit

District Heating : 42.3 Gcal/h

Electricity : 46 MW

2008.06- 2009.07 Engineering Manager for Maaden PDP Project of Maaden Phosphate

Company in Al-Khobar, Kingdom of Saudi Arabia

Steam Turbine : 75 MW x 2 units

Aux. Boiler : 65 bar(a) x 482 deg.C x 150 t/h x 1 unit

Desalination Plant : MED type, 13,400 m3/d x 4 units

2005.07- 2008.06 Korea District Heating Engineering Co. Ltd.

2008.01- 2008.06 Project Manager for Basic Engineering of Sindorim D-Cube City CES Plant of

DAESUNG COGEN, Korea

Gas Engine : 3 MW x 4 units

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Yeon-Jae Kim

WHRB : 4 units

Boiler : 4 units

Chiller : 5 units

District Heating : 23 Gcal/h

Electricity : 12 MW

2007.12- 2008.06 Project Manager for Basic and Detail Engineering of Daejeon Hakha CES Plant

of Chungnam City Gas Co., Ltd., Korea

Gas Turbine : 15 MW x 2 units

HRSG : Dual Pressure x 2 units

Steam Turbine : 7 MW x 1 unit

District Heating : 113 Gcal/h

Electricity : 37 MW

2007.11- 2008.06 Project Manager for Basic Engineering of Homaesil CES Plant of HUCES Co.,

Ltd., Korea

Gas Turbine : 24 MW x 2 units

HRSG : Dual Pressure x 2 units

Steam Turbine : 14 MW x 1 unit

District Heating : 320 Gcal/h

Electricity : 62 MW

2007.07-2007.10 Lead Mechanical Engineer for Basic Engineering of Sangam2 CES Plant of

Korea District Heating Corporation, Korea

Duel Fuel Engine : 3000 kW x 2 units

Waste Heat Boiler : 20 t/h x 2 units

Chilled Water/Hot Water Supply System

2007.01- 2007.10 Lead Mechanical Engineer for Basic Engineering of Gwangju Suwan Combined

Heat & Power Plant of Suwan Energy Ltd., Korea

Gas Turbine : 45 MW x 2 units (Siemens SGT-800)

HRSG : Dual Pressure x 2 units

HP : 60 t/h, 75 kg/cm2(a), 514 Deg. C

LP : 10 t/h, 7 kg/cm2(a), 230 Deg. C

Steam Turbine : 40 MW x 1 unit

District Heating : 185 Gcal/h

2007.01-2007.10 Chief Engineer of CHP Engineering Team #2

Supervision of various power projects and proposals.

2005.09- 2006.12 Lead Mechanical Engineer for Basic Engineering of Pangyo Combined Heat &

Power Plant of Korea District Heating Corporation, Korea

Gas Turbine : 120 MW x 1 unit (Siemens W501D5A)

HRSG : Dual Pressure x 1 unit

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HP : 164 t/h, 72 kg/cm2(a), 514 Deg. C

LP : 46 t/h, 6.14 kg/cm2(a), 230 Deg. C

Steam Turbine : 39.3 MW x 1 unit

District Heating : 135.5 Gcal/h

Responsible for

Preparation of Study Reports

Preparation of Design Criteria

Preparation of System Description

Review of Heat Balance Diagram prepared by EKONO

P & I Diagram Development

Review & Comment on General Arrangement Drawings

Preparation of ITB

Preparation of Bid Evaluation Criteria

2005.07- 2005.12 Responsible Mechanical Engineer for Supervision of Detail Engineering of

Hwaseong Combined Heat & Power Plant of Korea District Heating

Corporation, Korea

Gas Turbine : 190 MW x 2 units (Mitsubishi M501F)

HRSG : Triple Pressure, Reheat x 2 units

HP : 208.5 t/h, 133.1 kg/cm2(a), 529.8 Deg. C

Reheat + IP : 241.1 t/h, 28.9 kg/cm2(a), 557.8 Deg. C

LP : 19.7 t/h, 6.5 kg/cm2(a), 236.5 Deg. C

Steam Turbine : 197.9 MW x 1 unit (Mitsubishi)

District Heating : 360 Gcal/h

Responsible for

Review and Comment on Heat Balance Diagram

Review and Comment on P & I Diagram

Review and Comment on Equipment sizing calculation sheet

2004.11- 2005.06 TOYO Engineering Korea Ltd.

2005.02- 2005.06 Responsible Mechanical Engineer for Front End Engineering & Design of BPA

and PC Plant of KAZANORGSINTEZ, Kazan, Republic of Tatarstan, Russia

(02.17~05.28: Dispatched to Toyo Engineering Corp. in Japan for co-work)

BPA Plant : 70,000 t/y

PC Plant : 65,000 t/y

Responsible for Equipment Specification, Requisition, Evaluation and Vendor

Print Review of rotating machinery

2004.11- 2005.02 Responsible Mechanical Engineer for Basic and Detail Engineering of Photo

Mask Plant for HOYA Electronics Korea Limited, Hyunkok, Korea

Responsible for Requisition, Evaluation and Vendor Print Review of

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Ultra Pure Water supply system

Waste Water Treatment System

Dry Air Supply System

H2SO4, H2O2 Supply system

Utility Boiler

2004.08- 2004.11 SAMSUNG Corporation (Engineering & Construction)

2004.08- 2004.11 Responsible Mechanical Engineer for Basic and Detail Engineering for proposal

of Hwaseong Combined Heat & Power Plant of Korea District Heating

Corporation, Korea (Not submitted)

Gas Turbine : 173 MW x 2 units (ALSTOM GT24)

HRSG : Triple Pressure, Reheat x 2 units

HP : 235.87 t/h, 139.3 kg/cm2(a), 555.6 Deg. C

Reheat + IP : 256.72 t/h, 28.94 kg/cm2(a), 498.8 Deg. C

LP : 9.65 t/h, 5.942 kg/cm2(a), 288.9 Deg. C

Steam Turbine : 203 MW x 1 unit (ALSTOM)

District Heating : 360 Gcal/h

Responsible for

ITB Review

Review and Comment on Heat Balance Diagram

P & ID Development

Requisition & Evaluation of HRSG, Condenser, Deaerator,

DH Heater, Tube Cleaning System and Vacuum pumps

Review & Comment on General Arrangement Drawings

Preparation of Proposal Document

2002.01- 2003.09 SK Engineering & Construction Co., Ltd.

2002.01- 2003.09 Lead System Engineer for Basic and Detail Engineering of Kwangyang

Combined Cycle Power Plant of SK Power Co., Ltd., Kwangyang, Korea

Gas Turbine : 170 MW x 4 units (GE 7FA)

HRSG : Triple Pressure, Reheat x 4 units (N/E)

HP : 185.45 t/h, 132.5 kg/cm2(a), 566.6 Deg. C

Reheat + IP : 217.65 t/h, 25 kg/cm2(a), 566.6 Deg. C

LP : 19 t/h, 7 kg/cm2(a), 321.2 Deg. C

Steam Turbine : 200.9 MW x 2 units (MHI)

Responsible for

Design Criteria

System Description

Heat Balance Diagram

Water Balance Diagram

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P & ID

Supervising of Steam Turbine/Generator Package

Performance Guarantee

Plant Start-up Procedure

1990.08- 2000.10 SK Engineering & Construction Co., Ltd.

1999.11- 2000.10 Lead Mechanical Engineer for Proposal of a Diesel Power Plant for Union

Fenosa (Spain) at Tema, Ghana. (Failed)

Duel Fuel Engine : 2000 kW x 4 units

Waste Heat Boiler : 25 t/h x 4 units

1999.07- 1999.12 Lead Mechanical Engineer for Proposal of a Combined Cycle Power Plant of

NPC Power Expansion Project for National Petrochemical Public Company

Limited, Rayong, Thailand. (Failed)

Gas Turbine : 37.017 MW x 2 units(GE 6561B)

HRSG : Dual Pressure x 2 units

HP : 65.7 t/h, 71.8 kg/cm2(a), 517 Deg. C

LP : 13.4 t/h, 5.1 kg/cm2(a), 209 Deg. C

Steam Turbine : 41.195 MW x 1 unit

1998.09- 1999.06 Lead Mechanical Engineer for Proposal of a Combined Cycle Power Plant for

Ghana Industries Power Project of KMR Power Corporation (USA), Tema,

Ghana. (Awarded but project itself has been canceled)

Gas Turbine : 141.465 MW x 1 unit (Siemens V94.2)

HRSG : Dual Pressure x 1 unit

HP : 237.37 t/h, 81.46 bar(a), 534.7 Deg. C

LP : 20.185 t/h, 5.94 bar(a), 233.6 Deg. C

Steam Turbine : 80.955 MW x 1 unit

Note : The plant was supposed to supply electricity to a Gold Mine and the

main fuel was light crude oil. But at that time crude oil price had

increased rapidly to more than double, and the gold price had been

decreased sharply. That made the Power Plant not feasible.

1998.01- 1998.08 Lead Mechanical Engineer for Proposal of Sulfur Handling Expansion Phase II

for Abu Dhabi National Oil Company, UAE. (Awarded)

Capacity Expansion from 4250 TPD to 7650 TPD

Processing liquid sulfur to granule

Handling sulfur granule up to ship loading

1997.02- 1997.12 Lead Mechanical Engineer for Proposal of a Combined Cycle Power Plant of

Daegu IPP Project, Daegu, Korea (Awarded but delayed due to an economic

crisis in Korea. In 2002, the project has been restarted with location change to

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Kwangyang.)

Gas Turbine : 177.65 MW x 4 units (GE 7FA)

HRSG : Triple Pressure, Reheat x 4 units (Hanjung)

HP : 183.8 t/h, 133.8 kg/cm2(a), 567.7 Deg. C

Reheat : 214.2 t/h, 25 kg/cm2(a), 566.5 Deg. C

IP : 37.2 t/h, 28 kg/cm2(a), 329.8 Deg. C

LP : 19 t/h, 4.83 kg/cm2(a), 275 Deg. C

Steam Turbine : 193.68 MW x 2 units (GE)

1996.12- 1998.09 Mechanical Supervising Engineer for Detail Engineering of Ilwon Total Energy

Supply System, Seoul, Korea

Main Steam : Form Ilwon MSW Incineration Plant

Aux. Boiler : 11 kg/cm2(a), 183.2 Deg. C, 200 t/h x 2 units

Steam Turbine : 13.3 MW x 1 unit

District Heating

System : 240 Gcal/h

1996.02- 1996.12 Lead Mechanical Engineer for Proposal of a Conversion Project of Existing

Simple Cycle Power Plant to a Combined Cycle Power Plant for Takoradi

Power Plant, Takoradi, Ghana (Failed)

HRSG : 82.4 Bar(a) x 502 Deg. C x 188t/h x 2 units

(for GE9171E)

Steam Turbine : 112 MW x 1 unit

Note : The client had selected General Electric as a successful bidder though

SKEC had been recommended by the consultant engineer (Ewbank

Preece, U.K.) both in technical and commercial wise. It was understood

that the Volta River Authority (Ghana government) made a political

decision because G.E. had supplied combustion turbine/generator and

executing construction work at that time.

1994.11- 1996.11 Lead Mechanical Engineer for Basic and Detail Engineering of Tema Oil

Refinery (TOR) Revamping Project, Tema, Ghana

Capacity Upgrading : Form 28,000 to 45,000 BPSD

1993.10- 1996.05 Lead Mechanical Engineer for Basic and Detail Engineering of Nowon Co-

Generation Plant, Seoul, Korea

Power Boiler : 41 kg/cm2(a), 400 Deg. C, 150 t/h x 1 unit

Aux. Boiler : 13 kg/cm2(a), 190.7 Deg. C, 150 t/h x 4 units

Steam Turbine : 37 MW x 1 unit

District Heating

System : 390 Gcal/h

1994.10- 1995.03 Lead Mechanical Engineer for Proposal of a Combined Cycle Power Plant for

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Thai Co-Generation Company, Reyong, Thailand (Failed)

Gas Turbine : 35 MW x 3 units(GE Frame 6)

HRSG : Dual Pressure x 3 units

HP : 55.7 Bar(a), 427 Deg. C, 64 t/h

LP : 21 Bar(a), 252 Deg. C, 45.6 t/h

Steam Turbine : 49.7 MW x 1 unit

1994.02- 1994.10 Lead Mechanical Engineer for Proposal of a Coal Fired Power Plant for TNB,

Malaysia (Failed)

Coal Boiler : 174 Bar(a) x 541 Deg. C x 1656 t/h x 2 units

Steam Turbine : 500 MW x 2 units

1993.01- 1994.01 Lead Mechanical Engineer for Proposal for Conversion Project of Existing

Simple Cycle Power Plants for Paka Power Plant and Pasir-Gudang Power Plant

for TNB, Malaysia (Failed)

HRSG : 80 Bar(a) x 510 Deg. C x 165 t/h x 2 units Per

Site (for GE Frame 9E)

Steam Turbine : 85 MW x 1 unit Per Site

1993.01- 1995.10 Lead Mechanical Engineer for Basic and Detail Engineering of Mokdong MSW

Incineration Plant, Seoul, Korea

Refuse Incinerator : 200 t/day x 2 units

Waste Heat Boiler : 15 kg/cm2(a) x 197 Deg. C x 26 t/h x 2 units

Steam Turbine : 4.5 MW x 1 unit

Flue Gas Treatment System

1990.08-1992.12 Mechanical Responsible Engineer for Detail Engineering for Urethane Plant of

Hanyang-BASF Urethane Ltd., Yeochon, Korea

Responsible for Requisition, Bid evaluation and Vendor print review of

Air Compressor package

Gas Compressor package

Refrigerator package

1982 .12- 1990.07 HYUNDAI Engineering Co., Ltd.

1989.07- 1990.07 Mechanical Responsible Engineer for Basic and Detail Engineering of Cibinong

Cement Plant, Cibinong, Indonesia

Capacity : Portland Cement 4,600 MTPD x 1 Line

Responsible for

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Flow Diagram

Equipment sizing

Requisition, Bid evaluation and Vendor print review for Crusher, Ball

mill and Rotary kiln

1989.04- 1989.06 Mechanical Responsible Engineer for Proposal of Daegu Municipal Solid Waste

Incineration Plant, Daegu, Korea (Failed)

Refuse Incinerator : 300 t/day x 2 units

Waste Heat Boiler : 15 kg/cm2(a) x 200 Deg. C x 38 t/h x 2 units

Steam Turbine : 6 MW x 1 unit

Flue Gas Treatment System

1988.10- 1989.03 Responsible Engineer for Feasibility Study of New Co-Generation Power Plant

for Daegu Dyeing Complex, Daegu, Korea

Boiler : 93 kg/cm2(a) x 485 Deg. C x 372 t/h x 1 unit

Steam Turbine : 50 MW x 1 unit (Back Press. 9 kg/cm2(a))

Utility Steam Supply System

Responsible for

Heat Balance Calculation

Steam and electricity Load analysis

Planning Energy production & distribution

Note : For the execution of above job, I have developed a Computer Program

which include Heat Balance calculation function to decide Boiler Load

and steam by-pass flow depending on the required steam and electricity

load of the Dying Complex. The program also has a function to plan

energy production and distribution at parallel operation modes with the

existing Co-Generation Power Plant.

1987.09-1988.12 Lead Mechanical Engineer for Basic and Detail Engineering Including

Feasibility Study of Diesel Engine Co-Generation Plant for Hotel

Intercontinental Seoul, Korea

Duel Fuel Engine : 2000 kW x 2 units

Waste Heat Boiler : 25 t/h x 1 unit

Chilled Water/Hot Water Supply System

1986.09- 1987.12 Project Engineer for educational equipment (Lathe 28 Sets) procurement and

supply for Bangladesh Technical Education Project of International Labor

Office

1982.12- 1986.12 Mechanical Responsible Engineer for Basic and Detail Engineering of Misurata

Power and Desalination Plant, Misurata, Libya

Oil/Gas Boiler : 90 Bar(a) x 510 Deg. C x 317 t/h x 6 units

Steam Turbine : 84.65 MW x 6 units

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Yeon-Jae Kim

Gas Turbine : 12 MW x 1 unit

Desalination Plant : 10,500 MTPD x 3 units

Responsible for

P & ID Development for Steam Turbine system, Main steam By-pass

system and Auxiliary steam system

Equipment Sizing

Vendor print review for Steam Turbine/ Generator with related

equipment

O & M Manuals

Operator Training

1980.07- 1982.11 SAMSUNG Shipbuilding Co., Ltd.

1980.07- 1982.11 Mechanical Responsible Engineer for Basic and Detail Engineering of Cargo

Handling System, Ventilation System, Anchor Handling/Mooring System and

Steering System for various Cargo Ships

Ship No. 1005/06 : 4,000 HP Pusher/5,000 DWT Barge

Ship No. 1014/15 : 34,000 DWT Chemical Carrier

Ship No. 1016/17 : 60,000 DWT Bulk Carrier

Ship No. 1018 : 60,000 DWT Bulk Carrier

Ship No. 1021/22 : 38,000 DWT Semi-Submergible Deck

Cargo/Chemical Carrier

Ship No. 1023/24 : 34,000 DWT Ref. Container Carrier

Responsible for

System Design

Equipment Sizing

Requisition, Bid evaluation and Vendor print review

O & M Manuals

Inspection and Test Procedure

Trial Run...

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