Superheating Control TRIZ Cases
- Heat supply-energy-saving equipment for printing and dyeing factory
See how series ejectors and flash-drum heat recovery convert waste steam and discharge water in
- Dynamic heating media conditioning for heat transfer optimization and fouling control
See how dynamic wet steam temperature control adjusts water proportion based on pressure to opt
- Superheated steam generator and maintenance method therefor
See how an informing section monitors operating temperature and accumulated time to alert users
- Heliostat-Controlled Solar Steam Receiver for Stable Superheating
Dynamic heliostat pointing between separated evaporator and superheater sections stabilizes steam temperature and pressure while reducing receiver stress.
- Combined Cycle Plant Control for Steam Temperature and Emissions
A holistic control system balances air flow, exhaust temperature, and attemperation to prevent superheated steam while meeting emissions limits.
- Thermally Decoupled Servo Metering Valve for Steam Attemperation
A thermally isolated servo-valve improves cooling water injection control in steam attemperation while reducing thermal fatigue and fluid loss.
- Pressure Vessel Water Level Calibration for Transient Steam Flow
Mass-flux-based water level calibration stabilizes pressure vessels during transient steam flow, reducing shutdown risk in power generation.
- Superheated Steam Decompression Control for Low-Pressure Heating
Perforated plates and a decompression valve let superheated steam keep high temperature while pressure is reduced for hydrogen generation.
- H2-O2 Reactor Steam Cycle for Low-CO2 Power Generation
Feed-water-controlled H2-O2 steam generation boosts power plant efficiency and flexibility while cutting CO2 emissions and capital cost.
- Steam Delivery Control Using Thermal Storage and Desuperheating
Variable feedwater and storage temperatures are stabilized with desuperheating and control to deliver steam at predetermined pressure and temperature.