The key feature of such HRSCs is the integration between the heat recovery steam generator (HRSG) and the external heat exchangers.
The average of global irradiance was considered as a heat generator tiled on the lake surface.
"It is a heat generator," he said, "but most people can dissipate the heat".
Supercritical CO2 power cycle shows a high potential to recover low-grade waste heat due to its better temperature glide matching between heat source and working fluid in the heat recovery vapor generator (HRVG).
The mass flow in the passive residual heat removal system has been affected by the height between the steam generator and the heat exchanger, and the hydraulic resistance of the loop.
The starting energy concept consists of heat generators which run on natural gas.
The parameter study is performed by considering the effects of an effective height between the steam generator and the heat exchanger, a hydraulic resistance, an initial pressure, a non-condensable gas fraction in the compensating tank, and a valve actuation time, which are useful for the design of the passive residual heat removal system.
In 1906 the American engineer Mark C. Honeywell formed Honeywell Heating Specialty Co, which specialized in hot-water heat generators.
By placing heat-generating radioactive isotopes inside the thermoelectric elements, the heat transfer limitation between the generator and the heat source can be eliminated, ensuring simplicity.
Although several trends could be defined for the optimum points, optimized configurations of the vortex generators were found to be different for each Reynolds number, tube arrangement and objective functions, indicating strong asymmetry between the vortex generators to achieve higher heat transfer augmentation.
