Steam Accumulators TRIZ Cases

Atomizing condensed water into the tank's upper region expands evaporation area, boosting steam discharge response without a larger footprint.

Stored Carnot battery heat preheats and stabilizes the steam cycle, enabling rapid turbine start-up without fossil fuels.

Absorption beds separate CO2 from compressed gas using CAES pressure and temperature swings, reducing energy consumption for capture.

Regulates CO2 injection using renewable energy storage to prevent hydrate formation during low power states.

Integrating steam storage with turbine extractions manages load cycles, enabling power plants to capitalize on electricity price fluctuations.

A thermal energy conversion system generates electrical power using liquid refrigerant flow driven by temperature differences in insulated water jackets.

A dual-fluid system converts waste heat into mechanical energy using a fragmented spray and expanded mixed stream.

Extension pipes supply steam to prevent outlet stage overheating during cogeneration startup.

Adjusting high pressure valves maintains thermodynamic balance while increasing electrical power output.

A steam bypass control unit adds a bias value to the command signal, preventing frequent controller switches that destabilize steam pressure.

Heated liquid water from an exothermic reaction enters a steam accumulator, stabilizing discharge constancy while handling discontinuous process inputs.

Electrical line heaters warm high-pressure gas before expansion through a power generator to recover shaft work energy.

A steam accumulator stores turbine exhaust and uses exothermic chemical reactions to heat the stored gas.