There is no such evaluation standard, and the design specifications are not included in this evaluation, because it is easy to produce more electricity and pump more heat to achieve the goal . A full energy consumption assessment should be conducted to explain the problem. , because the cement production process involves energy. There are many consumption factors, so it is difficult to make a fair and reasonable assessment of the waste thermal energy generation system. For example, a new type of high-efficiency grate cooler is used in cement production. The heat recovery rate is very high and there is very little waste heat, which impacts power generation. electricity production. But can we say that cement plant system should not use high efficiency grate coolers? Moreover, once the pheater adopted level 6, the waste heat is also reduced, which affects the power generation, so the waste heat power generation system is not easy to evaluate according to the power generation .
The current national assessment standard for waste thermal energy production is the number of kilowa
2024-08-21 12:22:02
Introduction The current national assessment standard for waste thermal energy production is the number of kilowatt hours of electricity per ton of clinker. There is no such evaluation standard, and design specifications are not included in this evaluation, because it
