ASME 지존을 꿈꾸며

Power Plant Control and Instrumentation - The Control of Boilers and HRSG Systems_Chapter-01

2009-09-24T00:34:22Z

Power Plant Control and Instrumentation - The Control of Boilers and HRSG Systems_Chapter-01

14005020-Power-Plant-Control-and-Instrumentation-The-Contro.pdf

Various Components of Thermal Power Plant

2009-09-24T00:28:18Z

Various Components of Thermal Power Plant

18432951-Various-Components-of-Thermal-Power-Plant.pdf

Pipe-Fittings-and-Piping-Auxiliaries

2009-09-16T11:45:14Z

Pipe, Fittings, and Piping Auxiliaries / Page 1 / COURSE OBJECTIVES / COURSE TERMINAL OBJECTIVE Given

19591272-Pipe-Fittings-and-Piping-Auxiliaries.pdf

Q1-3(이명용) KEPIC 심사 부적합사항 유형분석).pdf

2009-09-05T11:45:29Z

Kepic 심사반장님이 발표하신 자료입니다.

Q1-3(이명용) KEPIC 심사 부적합사항 유형분석).pdf

Pressurized Water Reactor - 1600 MWe (EPR)

2009-08-20T10:46:50Z

Information on Finnish nuclear power plant Olkiluoto 3 which is scheduled to start operation in 2009

EPRallemand_26p[2].pdf

Proposed New Nuclear Power Plants

2009-08-20T10:45:23Z

Proposed New Nuclear Power Plants details the proposed plant location, design type, application date to the NRC, and the company that has submitted the application.

new-nuclear-plants_R8.pdf

Pressurized-Water Reactor and Reactor Vessel

2009-05-30T13:30:23Z

Pressurized-Water Reactor and Reactor Vessel

Pressurized-Water Reactor (PWR)

In a typical commercial pressurized light-water reactor (1) the reactor core generates heat, (2) pressurized-water in the primary coolant loop carries the heat to the steam generator, (3) inside the steam generator heat from the primary coolant loop vaporizes the water in a secondary loop producing steam, (4) the steam line directs the steam to the main turbine causing it to turn the turbine generator, which produces electricity. The unused steam is exhausted to the condenser where it is condensed into water. The resulting water is pumped out of the condenser with a series of pumps, reheated, and pumped back to the steam generator. The reactors core contains fuel assemblies which are cooled by water, which is force-circulated by electrically powered pumps. Emergency cooling water is supplied by other pumps, which can be powered by onsite diesel generators. Other safety systems, such as the containment cooling system, also need power.

Sources: U.S. Nuclear Regulatory Commission

Reactor Vessel

Boiling Water Reactor

2009-05-30T13:29:29Z

Boiling Water Reactor

In a typical commercial boiling water reactor (1) the reactor core creates heat, (2) a steam-water mixture is produced when very pure water (reactor coolant) moves upward through the core absorbing heat, (3) the steam-water mixture leaves the top of the core and enters the two stages of moisture separation where water droplets are removed before the steam is allowed to enter the steam line, (4) the steam line directs the steam to the main turbine causing it to turn the turbine generator, which produces electricity. The unused steam is exhausted to the condenser where it is condensed into water. The resulting water is pumped out of the condenser with a series of pumps, reheated, and pumped back to the reactor vessel. The reactor's core contains fuel assemblies which are cooled by water, which is force-circulated by electrically powered pumps. Emergency cooling water is supplied by other pumps which can be powered by onsite diesel generators. Other safety systems, such as the containment cooling system, also need electric power.

FEM Analysis Procedures for Pressure Vessel Equipment

2009-04-18T13:30:05Z

FEM Analysis Procedures for Pressure Vessel Equipment

FEM Analysis Procedures for Pressure Vessel Equipments.pdf

Nuclear Reactor Types

2009-04-18T13:16:12Z

Many different reactor systems have been proposed and some of these have been developed to prototype and commercial scale. Six types of reactor (Magnox, AGR, PWR, BWR, CANDU and RBMK) have emerged as the designs used to produce commercial electricity around the world. A further reactor type, the so-called fast reactor, has been developed to full-scale demonstration stage. These various reactor types will now be described, together with current developments and some prototype designs.

nuclear_reactor_types_UK[1].pdf

KEPIC 인증심사에서 기술적 요구사항 달성방안

2009-04-16T20:40:14Z

KEPIC WEEK 2008 발표 자료

KIMS 박반욱 박사님 발표 자료입니다.

Q3-2.pdf

압력 용기 재료 충격시험 여부 결정 과정

2009-04-16T20:38:08Z

2008 KEPIC WEEK 발표 자료

압력 용기 재료 충격시험 여부 결정 과정

Q2-4.pdf

KEPIC 인증 심사 착안 사항 및 개선 방안 : 기계 분야

2009-04-16T20:35:20Z

KEPIC 인증 심사 착안 사항 및 개선 방안 : 기계 분야

2008 KEPIC WEEK

KEPIC 선임 심사원 : 정삼술 의원님의 프리젠테이션 자료입니다.

KEPIC 심사 준비시 도움이 되겠군요.

Q1-3.pdf

Coal-Fired Power Plants in South Korea

2009-01-30T16:11:53Z

Coal-Fired Power Plants in South Korea


Gumi Location: Gyeongsangbuk-do Operator: STX Energy Configuration: 1 X 85 MW CHP Fuel: bituminous coal, oil Operation: 1992 Boiler supplier: Hanjung T/G supplier: Hanjung EPC: Samwhan Quick facts: The Gumi plant was licensed in Jan 1987 and construction started a year later. Photograph courtesy of Samwhan Corp Posted 29 Jan 2005	Hadong Location: Gyeongsangnam-do Operator: Korea Southern Power Co Configuration: 6 X 500 MW Fuel: bituminous coal Operation: 1997-2001 Boiler supplier: ABB, Doosan T/G supplier: Doosan Quick facts: This $4bn plant is fueled by imported bituminous coal and equipped with FGD scrubbers and other advanced air pollution control equipment. The units are constructed to the Korea Standard Coal Power Plant design with supercritical boilers. Doosan is building two additional 500-MW units. Photograph courtesy of Korea Electric Power Co Posted 17 Mar 2001	Poryong Location: Chungcheongnam-do Operator: Korean Midland Power Co Configuration: 8 X 500 MW Fuel: bituminous coal Operation: 1983-2008 Boiler supplier: B&W, CE, Doosan T/G supplier: Toshiba, GE, Doosan Quick facts: Units 3-6 were the first of Korea's standardized 500-MW supercritical coal-fired units. MHI retrofit FGD scrubbers on Units 3-6 in the late 1990s. Photograph courtesy of Korea Electric Power Co Re-posted 22 Oct 2008

Tonghae Location: Gangwon-do Operator: Korean East-West Power Co Configuration: 2 X 220 MW Fuel: anthracite coal Operation: 1998-1999 Boiler supplier: ABB T/G supplier: Doosan EPC: Black & Veatch, Kopec, Hanjung Quick facts: The plant has two 220-MW units with ACFB boilers designed for local anthracite, the largest such units in the country. Construction started in early 1993 and Unit-1 went commercial in Oct 1998. Fuel burn is about 1.2mn tpy. Photograph courtesy of Korea Electric Power Co Posted 4 May 2002	Yongdong Location: Gangwon-do Operator: Korean South-East Power Co Configuration: 1 X 125 MW, 1 X 200 MW Fuel: anthracite coal Operation: 1973-1979 Boiler supplier: Babcock-Hitachi T/G supplier: Hitachi Photograph courtesy of Korea South-East Power Co Posted 30 Jul 2004	Yonghungdo Location: Incheon-gwangyoksi Operator: Korean South-East Power Co Configuration: 2 X 800 MW Fuel: bituminous coal Operation: 2004 Boiler supplier: Alstom, Doosan T/G supplier: GE, Doosan EPC: Korea Power Engineering, Hyundai, Doosan, DongAh Quick facts: The supercritical plant has ESPs, a wet limestone FGD, and SCR. It cost $850/kW making it the least-cost coal-fired plant in the country. The integrated control system is based on the Emerson Process Management open-architecture Ovation software. As the country's most modern coal-fired plant, Yonghungdo was named a 2005 Top Plant by Power magazine. Two 870-MW units are under construction at the site. Photograph courtesy of Korea Power Engineering Co Posted 6 Feb 2005

	Yosu Location: Chollanam-do Operator: Korean South-East Power Co Configuration: 1 X 200 MW, 1 X 330 MW Fuel: bituminous coal, oil Operation: 1975-1977 Boiler supplier: Stein, Babcock Power T/G supplier: Tosi, Marelli, MHI Photograph courtesy of Korea South-East Power Co Posted 30 Jul 2004

Abbreviations: ABB = Asea Brown Boveri, ACFB = atmospheric fluidized bed, B&W = Babcock & Wilcox, CE = Combustion Engineering, CHP = combined heat and power, GE = General Electric, Kopec = Korea Power Engineering Co, LG E&C = LG Engineering & Construction, MHI = Mitsubishi Heavy Industries, T/G = turbine generator, tpy = tons per year

Gas Turbine and Combined-Cycle Power Plants in South Korea

2009-01-30T16:09:27Z

Gas Turbine and Combined-Cycle
Power Plants in South Korea


Bugok Location: Chungcheongbuk-do Operator: GS EPS Co Ltd Configuration: Two 495-MW, 2+1 combined-cycle cogeneration blocks with SGT6-4000F gas turbines Fuel: LNG Operation: 2000-2008 HRSG supplier: Doosan T/G supplier: Siemens EPC: KOPEC, LG E&C, Siemens, Kocen Quick facts: GS EPS is owned by GS Holdings (70%) and Oman Oil Co (30%). GS Holdings was established in Jul 2004 and took over LG Energy Co,in turn founded by LG Corp in 1996 to develop the Bugok plant. It is one of the first IPPs in South Korea. Ground-breaking for the first block was in Dec 1998 and full combined-cycle operation was achieved in Apr 2001. In Nov 2005, construction got underway on a second similar block and this was turned over in Mar 2008 about 1mo ahead of schedule. Photograph courtesy of Siemens Re-posted 14 Jun 2008	Bundang Location: Gyeonggi-do Operator: Korean South-East Power Co Configuration: 600-MW, 5+1 combined-cycle cogeneration power plant with GT11N gas turbines Fuel: LNG, oil Operation: 1993 HRSG supplier: ABB T/G supplier: ABB, Mitsui EPC: KOPEC, Hyundai Quick facts: Bundang can supply 428 Gcal/hr for the local heating system. Photograph courtesy of Korea South-East Power Co Posted 1 Aug 2004	Daesan-2 Location: Chungcheongbuk-do Operator: Marubeni Corp Configuration: 507-MW, 4+1 combined-cycle block with W501D5 gas turbines Fuel: residual oil Operation: 1998 HRSG supplier: ?? T/G supplier: WH EPC: Hyundai Quick facts: The plant was acquired from Hyundai Petrochemical by Sithe Energies in 1999 and later bought out by Marubeni, one of Sithe's two original owners. Photograph courtesy of Hyundai Engineering Co Ltd Posted 22 Aug 2004

Incheon Location: Incheon Operator: Korea Midland Power Co Configuration: 500-MW, 2+1 combined-cycle block with SGT6-4000F gas turbines Fuel: natural gas Operation: 2006 HRSG supplier: ?? T/G supplier: Siemens EPC: KOPEC, GS E&C Quick facts: In early 2003 Siemens PG received the Incheon order. The plant is modeled on Bugok I. At completion, the 58% design thermal efficiency was the highest in the country. Photograph courtesy of GS E&C Posted 17 Oct 2006	K-Power Location: Jeollanam-do Operator: K-Power Ltd Configuration: 2 X 537-MW, 2+1 combined-cycle blocks with 7001FA gas turbines Fuel: LNG Operation: 2006 HRSG supplier: Nooter T/G supplier: GE EPC: Daelim Quick facts: This is South Korea's first private merchant power plant. K-Power is a 65:35 joint venture of SK Corp and BP. In Aug 2004, the company signed a $2bn, 20yr agreement to buy LNG from the Tangguh field in Indonesia. Baker & McKenzie advised on this transaction. Photograph courtesy of K-Power Posted 1 Nov 2006	Poryong CC Location: Chungcheongnam-do Operator: Korean Midland Power Co Configuration: 4 X 500 MW, 2+1 combined-cycle blocks with GT24A gas turbines Fuel: LNG Operation: 1997-2000 HRSG supplier: Hanjung T/G supplier: ABB EPC: ABB, Hyundai Photograph courtesy of Hyundai Engineering Co Ltd Posted 5 Aug 2004

Pusan CC Location: Busan-gwangyoksi Operator: Korean Southern Power Co Configuration: 4 X 450 MW, 2+1 combined-cycle blocks with 7001FA gas turbines Fuel: LNG Operation: 2000-2004 HRSG supplier: Doosan T/G supplier: GE Photograph courtesy of Power Posted 14 Aug 2004		Yulchon Location: Chollabuk-do Operator: Meiya Power Co Configuration: 500-MW, 2+1 combined-cycle block with W501F gas turbines Fuel: natural gas Operation: 2004-2005 HRSG supplier: Doosan (CMI) T/G supplier: Siemens EPC: Hyundai Quick facts: In 1996, Hyundai Energy secured a generator license and a PPA with Kepco for this $300mn plant at Yulchon Industrial Complex and then shopped the project to private power companies. In Dec 2001, Mirant Corp agreed to acquire Hyundai Energy. A year later, Meiya Power Co Ltd announced the acquisition of 100% of Mirant Yulchon Generation Co Ltd and project financing was completed in Jan 2003. The key component was a limited recourse loan of $220mn from Korea Development Bank. Photograph courtesy of CMI HRS Posted 9 Mar 2006

Abbreviations: CC = combined-cycle, GE = General Electric , GT = gas turbine, HRSG = heat recovery steam generator, IPP = independent power project, KOPEC = Korea Power Engineering Corp, MHI = Mitsubishi Heavy Industries, PPA = power purchase agreement, T/G = turbine generator