Steam Engine Plants TRIZ Cases
- HRSG Repowering Coal Plant Regenerative Cycle
New feedwater heater mediates condenser flow, preserving regenerative cycle efficiency and full turbine output during coal plant repowering.
- Steam Turbine Start-up Method with Differential Boiler Pressure Control
A steam turbine start-up method uses differential boiler pressure control to manage reheat steam supply during initial operation phases.
- Organic Rankine Cycle Heat Exchanger Temperature Management
Heat exchanger limits working fluid temperature below threshold by optimizing waste heat fluid exchange across evaporator, superheater, and preheater stages.
- Thermal Energy Conversion Process Using Mobile Particle Density Differentials
A closed circuit of mobile particles converts thermal energy into useful output through selective heating and cooling.
- Reciprocating sCO2 Piston System for Sub-Megawatt Power Generation
A reciprocating piston system generates mechanical power using supercritical carbon dioxide through a twin cylinder arrangement.
- Thermo-elevation Plant Waste Heat Vaporization Lift
A thermo-elevation plant vaporizes working fluid using waste heat and lifts it to an elevated level for power generation.
- Condenser Erosion Prevention in Low-Temperature Organic Rankine Cycle Systems
Phase separation directs liquid away from the condenser to prevent erosion while maintaining mechanical energy generation efficiency.
- Oxygen-Hydrogen Steam Turbine Facility for Carbon-Free Power Generation
Oxygen-hydrogen combustion eliminates greenhouse gas emissions from thermal power generation while maintaining continuous steam production.