Yes, but the cost is too high. My personal design is to first pass the generated hot air into the pressurization device, then the rapid high temperature airflow drives the turbine to produce electricity (you can also add water to the medium to absorb heat and use water vapor to drive the turbine, but you need to calculate and compare the energy conversion efficiency. It is too complicated and practical. In fact, like the flame of a rocket, the hot gases generated by a thermal power plant take away some of the energy. From a long-term perspective, secondary use significantly improves energy utilization. .
The water temperature and saturated steam pressure match. When the water temperature after steam turbine operation is too high, the saturated steam pressure matches.ante will be relatively high, the vacuum will decrease and the steam consumption. The energy consumption of the unit increases significantly, so the water after the steam turbine work must be cooled and then heated instead of being heated directly. Everything is considered in the design and energy consumption of the unit.