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Business Areas
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DECARBONIZATION TECHNOLOGY
- Track Record of Hydrogen Rich Gas Power Generation Since 1990s
- Lowering the Minimum Operating Load of Coal-Fired Power Plants
- Accelerating Decarbonization: Takasago Hydrogen Park
- Biomass Adaption for CO₂ Reduction
- Comprehensive Approach to Increase the Reliability of Gas Turbines
- H-25 Combined Heat and Power Plant for District Heating Use
- Optimization of SCR Catalyst Management
- Repowering Ageing Plant with Multiple H-25 Gas Turbines
- Fuel Conversion : Reducing Environmental Impact of Power Generation
- H-25 Gas Turbines
- CO₂ reduction in petrochemical plants: A new way to utilize off gas
- The new form of thermal power that operates stably even when demand is low
- Hydrogen – The key to achieving carbon neutral by 2050
- Biomass conversion achieved with minimal costs and downtime
- First step for decarbonization : Switching from coal to gas-fired
- Upgrading district heating by gas turbine combined heat & power
- Repowering of an ageing power station by installing H-25 gas turbines
- Stable operation and cost reduction in existing plants using optimal catalyst replacement plans
- Fuel Conversion of steam power plants for decarbonized and stable power supply
- Coal to gas conversion of power plant to meet strict CO₂ emission regulation