Power generation through conventional steam thermal expansion in turbines remains the most widespread and traditional method for meeting the primary energy demands of industrial and civil applications.
Conventional thermal power derived from fossil fuels accounts for approximately 80% of global power generation and is expected to remain dominant over the next decade. Meanwhile, co-generation, biomass utilization, and waste-to-energy systems are steadily growing, creating new demands for valves capable of handling high-temperature services, slurry flows, bulk materials, and district heating applications.
Renewable energy sources utilizing thermal conversion, such as solar farms and geothermal plants, also require specialized valves, which are part of KOSEN's production portfolio.
In recent decades, conventional power plants have focused on enhancing efficiency and reducing emissions by progressively increasing operating temperatures and pressures. This evolution demands advancements in valves, turbines, and other pressure-containing components, requiring materials and manufacturing methods that resist creep, improve endurance strength, and ensure reliable performance under challenging conditions.
KOSEN, leveraging advanced design and production methodologies, provides a comprehensive range of valves for power generation. Whether for conventional or advanced thermal cycles, renewable energy applications, or related systems, KOSEN's expertise and proven performance meet the diverse requirements of the power industry.
Thermal Power Plants & Boiler Drainage Systems
Nuclear Power Plants
Natural Gas Power Plants
Hydropower Stations
Bypass and Check Valves
Pressure Seal Valves
Forged Steel Gate, Globe, and Check Valves
Specialized Globe Valves for Power Plants
Nuclear Class II and III Valves
