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Coal-fired power plants

Business/R&DCoal-fired power plants

Coal-fired power plants

KEPCO E&C boasts globally competitive design technology for 500 MW, 800 MW, and 1000 MW coal-fired thermal power plants, having successfully designed 53 thermal power plant units in Korea.

In particular, based on our experience in designing 500 MW and 800 MW coal-fired power plants, we have developed a 1000 MW next-generation coal-fired power plant design and are now applying it as a core model for subsequent coal-fired power plants, starting with the Dangjin Thermal Power Plant Units 9 and 10 in 2007.

The model was designed to be equipped with the highest level of desulfurization and denitrification facilities, electrostatic precipitator facilities, and wastewater treatment facilities to minimize the emissions of harmful substances such as carbon dioxide, by applying cutting-edge environmental facilities that exceed international environmental regulations — such as GHG reduction standards. Incorporation of denitrification and electrostatic dust collection facilities into the design reduced nitrogen oxide (NOx) and dust emissions by more than 70%, and a desulfurization facility reduced sulfur oxides (SOx) by up to 95%. The 1000 MW coal-fired power plant is heralded as a renaissance in coal-fired power generation, boasting a power generation capacity comparable to that of a nuclear power plant and featuring state-of-the-art environmental facilities.

Image of Boryeong Thermal Power Plant

It can be moved to the left and right.

Coal-fired power plants : Main features, Implementation references
Main features
  • High-efficiency operation in all load ranges
  • Reduction of start-up time and strengthening of the periodic operation function by installing high-pressure/low-pressure bypass valves
  • Eco-friendly design with the installation of the electrostatic precipitator and high chimney.
  • Recycling of all coal ash generated during the operation of the power plant
  • Selling all by-products (gypsum) generated from desulfurization facilities as raw materials for gypsum boards
  • No external discharge of wastewater since it is recycled as water for desulfurization facilities
  • Improved economic efficiency by applying the world's first 50-inch last-stage blade (LSB)
  • Power generation capacity comparable to that of a nuclear power plant
  • Installation of state-of-the-art environmental facilities to reduce dust emissions by more than 70%
Implementation references
  • Design technical service for the Boryeong Thermal Power Plant Units 3 through 6
  • Design technical service for the Taean Thermal Power Plant Units 1 through 4
  • Design technical service for the Hadong Thermal Power Plant Units 1 through 6
  • Design technical service for the Dangjin Thermal Power Plant Units 1 through 4
  • Design technical service for the Yeongheung Thermal Power Plant Units 1 through 4
  • Design technical service for the construction of the Dangjin Thermal Power Plant Units 9 and 10
  • Comprehensive technical service for the Samcheok Green Power Units 1 and 2
  • Design technical service for the construction of the Shin-Boryeong Units 1 and 2
  • Comprehensive design technical service for the construction of the Taean Units 9 and 10