Kaeng Khoi 2 1,468 MW Combined Cycle Power Plant Project, Thailand
2004...2018
The KK2 project has been developed by Gulf Power Generation Company Limited ("GPG"), which is owned by Gulf Electric, a Thai company owning and operating three existing combined cycle power plants. GPG is the project company formed to own and operate this new Independent Power Producer ("IPP") project under a 25-year Power Purchase Agreement ("PPA") with Electricity Generating Authority of Thailand ("EGAT"). The project is located in Kaeng Khoi, Saraburi province.
The power plant has a total nominal generating capacity of 1,468 MW (net) and consist of two separate blocks, each 734 MW. Each block consists of two Alstom GT26B gas turbines, two heat recovery steam generators and one steam turbine. The power plant uses natural gas as primary fuel with diesel oil used as back-up fuel in case of gas supply interruptions. Pöyry was hired to be the In-dependent Engineer for the Lenders in this project.
TH2034_KK2_IE.pdf Glow CFB3 Power Plant, Thailand
2006...2009
Glow Energy Public Company Limited, (Glow Energy) a subsidiary of Suez, operates a Utility Complex at Map Ta Phut, Rayong province, Thailand with a total installed capacity of approximately 1,000 MW of electricity, 967 T/h of steam and 3,620 m3/h of treated water. Glow Energy will expand its facilities by adding a 115 MW CFB Power Plant (CFB3) at the Glow Energy Phase 3 & 4 facility comprising of a CFB Boiler with maximum coal fuel input of 302 MJ/s (LHV), with associated Steam Turbine Generator with sea water cooled condenser.
The plant will be located between the two existing gas turbine cogeneration units (Phase 4) to the West and the two hybrid power plants (Phase 3) to the East. The hybrid units each consist of one CFB Boiler (coal fuel input 302 MJ/s) and two GE frame 6B gas turbines each 35 MW net with connected heat recovery units (HRU's).
TH2033_GlowCFB_final.pdf Sime LCP Power Plant Expansion Project, Thailand
2005...2008
Laem Chabang Power Company Ltd. currently owns and operates a 100 MW combined cycle cogeneration power plant which is located in the Laem Chabang Industrial Estate, Chonburi, Thailand. The Power Plant was built under the Small Power Producers program initiated by the Thai Government. Commercial Operation began in 2001. The power plant sells 60 MW to EGAT and the remain-ing electricity plus about 50 t/h of steam to local customers in the Industrial Estate.
On an adjacent site Laem Chabang Power is increasing its generating capacity by installing one additional 60 MW combined cycle cogeneration unit based on one gas turbine and one steam turbine with a maximum of 45 t/hr process steam. Energy and steam production from the new plant shall be integrated into and enhance the existing production to serve EGAT and local customers.
TH2023_SLCP.pdf Glow Package Boiler Refurbishment Project, Thailand
2006...2007
Glow SPP3 Company Limited, a member of Glow Group ("Glow") are a private power, steam and water supplier in Map Ta Put industrial Estate, Rayong Province. Glow has decided to upgrade and refurbish its existing 2 x 125 t/h package boilers in Glow SPP 2 facility in order to utilize them for reliable supply of steam to their customers.
The refurbished boiler equipped with three burners operating at 121 MWth maximum load, and produces 125 t/hr steam at 48 barg pressure; 420 °C temperature.
TH2035_GlowRefurb.pdf Amata Power (Bangpakong) Block 2.1, Thailand
2005...2007
This project is the 3rd power plant developed by Amata Power in the Amata Nakorn Industrial Park, besides their 170 MW Combined Cycle Power Plant, completed end of 1998 and their 110 MW Combined Cycle Power Plant, completed end September 2001. The facility location is 57 km southeast of Bangkok on Bangna-Trad Highway on the Eastern Sea Board within the Amata Nakorn Industrial Estate. The power plant is of combined cycle type with cogeneration of steam for the industries, utilizing natural gas from PTT gas transmission pipeline running adjacent to the site.
The combined cycle power plant com-prises one gas turbine frame 6B (PG 6581B), one heat recovery steam generator (HRSG) and one steam tur-bine generator set, including balance of plant, such as water treatment, cooling system and utility piping, fuel supply system, 110 kV switchyard, MV/LV distribution system and a state of the art DCS control system.
TH2026_APBP_2.1.pdf Hongsa 1,800 MW Lignite-fired Power Project, Laos
2005...2007
Pöyry Energy Ltd. was hired in 2005 to help develope a large mine mouth lignite fired power plant project in Hongsa Valley, northern Laos. The power plant will export power to Thai-land through a long 500 kV transmission line. The plant will also supply small amount of power to Laos, the coal mine and the surrounding village.
The power plant includes 3x600 MW sub-critical coal-fired power generat-ing units with natural draft cooling towers. Due to the seasonality of rain-fall, a large dam will also be required to be built at the power plant site to secure cooling water make-up supply throughout the year. Boiler technology is pulverized coal firing. The lignite has very low calorific value, high ash and moisture content and special considerations are therefore needed to ensure proper fuel handling and combustion process. In order to reduce the environmental impact of the project, the plant also includes electrostatic precipitator for particulate removal, low-NOx burners and flue gas desul-phurization (FGD) plant to reduce sulphur dioxide emissions.
A consortium of China National Machinery and Equipment Import and Export Corporation (CMEC) and Harbin Power Engineering Co. have been selected as the preferred EPC bidder.
TH2036_Hongsa_OE.pdf Chapelle Biofuel-fired Power Plant, France
2004...2007
UPM has constructed a 20 MWe/85 MWth CHP power plant based on renewable energy sources for its Chapelle Darblay paper mill in France. The CHP plant comprises a fluidized bed boiler, a back-pressure steam turbine, a new fuel handling system and other auxiliary systems.
The plant is fired with biofuel and sludge.
Pöyry Energy Oy was in charge of complete basic, detailed and implementation engineering and procurement services.
download (en)Paju Combined Heat and Power Plant, South Korea
2004...2007
Korea District Heating Corporation (KDHC) has implemented a combined cycle power plant with an output of 350 MWe to supply power and district heat to the new city of Paju and to the existing district heating network in the Republic of Korea. Pöyry Energy Oy (Finland) provided the basic design and technical specifications and Korea District Heating Engineering Company (KDHEC), affiliated company of Pöyry Energy Oy, provided civil engineering, architectural engineering, compiling of the ITB packages, and construction cost estimate.
download (en)Songdo Cogeneration Plant, South Korea
2004...2007
Korea District Heating Corporation (KDHC) has implemented a combined cycle power plant with an output of 250 MWe to supply power and district heat to the new city of Songdo and to the existing district heating network in the Republic of Korea. Pöyry Energy Oy (Finland) provided the basic design and technical specifications and Korea District Heating Engineering Company (KDHEC), affiliated company of Pöyry Energy Oy, provided civil engineering, architectural engineering, compiling of the ITB packages, and construction cost estimate.
download (en)Hwaseong District Heating Power Plant, South Korea
2002...2007
Korea District Heating Corporation (KDHC) has implemented a combined cycle power plant with an output of 525 MWe to supply power and district heat to the new city of Hwaseong and to the existing district heating network in the Republic of Korea. Pöyry Energy Oy (Finland) provided the basic design and technical specifications and Korea District Heating Engineering Company (KDHEC), affiliated company of Pöyry Energy Oy, provided civil engineering, architectural engineering, compiling of the ITB packages, and construction cost estimate.
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