Learn about the thermal system of waste heat boiler

Superheated steam production increased. Regarding the application of waste heat at low and medium temperatures, the key is to fully apply waste heat within the permissible range of the process and equipment, and make the efficiency of the equipment high, and maximize the waste heat power generation. For low-parameter turbogenerator sets, there are three main parameters that affect the power generation: superheated steam flow, pressure and temperature.

Pressure and temperature have an influence on the enthalpy per unit mass of steam and the internal efficiency of the turbine (the efficiency of the conversion of thermal energy into mechanical energy), but their influence is much smaller than that of the flow. Generally speaking, the waste heat of the kiln tail gas accounts for more than 60% of the applicable waste heat, so it is being tested.

Superheated steam production increased. Regarding the application of waste heat at low and medium temperatures, the key is to fully apply waste heat within the permissible range of the process and equipment, and make the efficiency of the equipment high, and maximize the waste heat power generation. For low-parameter turbo-generator sets, there are three main parameters that affect the power generation: superheated steam flow, pressure and temperature, and the flow has a decisive effect on the power generation.

Force and temperature have an effect on the enthalpy of steam per unit mass and the internal efficiency of the turbine (the efficiency at which heat energy is converted to mechanical energy), but their effect is much smaller than that of the flow rate. Generally speaking, the exhaust gas waste heat at the end of the kiln accounts for more than 60% of the applicable waste heat, so when thinking about the superheated steam flow of the entire consumption line, the first thing to think about is to make the superheated steam output at the end of the kiln large, and the kiln head matches the kiln tail.