1) middle and low temperature waste heat power generation
中低温余热发电
1.
The middle and low temperature waste heat power generation technologies and their characteristics were discussed,and the example for waste heat power generation system in cement production process was presented.
介绍常用的中低温余热发电技术及其特点,并给出了水泥窑中低温余热发电系统的实例,对不同的余热利用方案进行了对比分析。
2) pure low temperature waste heat power generation
纯低温余热发电
1.
CDM case analysis for pure low temperature waste heat power generation of cement PC kiln;
水泥PC窑纯低温余热发电CDM项目案例分析
2.
Influence of pure low temperature waste heat power generation technology on electrostatic precipitators
水泥工业纯低温余热发电技术对电除尘器的影响
3) low-temperature waste heat power generation project
低温余热发电
1.
The discussion of pollutant discharge and control measurement in new type of dry-process cement and low-temperature waste heat power generation project——Take 4500t new dry cement clinker of Ningxia Yinghai building materials group for example
新型干法水泥及低温余热发电项目污染物排放及控制——以宁夏瀛海建材集团4500t/d熟料为例
5) low-medium temperature geothermal power generation
中低温地热发电
1.
This paper suggests three selectable alternative single stage energy conversion systems for low-medium temperature geothermal power generation as well as the mathematic model of thermodynamic calculation for each alternative.
对中低温地热发电提出三种可供选择的单级能量转换系统,并给出每种系统的热力计算模型,对发电系统的功率和效率进行了计算与分析。
6) Cement kiln low-temperature Cogeneration
水泥窑低温余热发电
补充资料：余热发电
| 余热发电 waste heat generation 利用生产过程中多余的热能转换为电能的技术。余热发电不仅节能，还有利于环境保护。余热发电的重要设备是余热锅炉。它利用废气、 废液等工质中的热或可燃质作热源，生产蒸汽用于发电。由于工质温度不高，故锅炉体积大，耗用金属多。用于发电的余热主要有：高温烟气余热，化学反应余热，废气、废液余热，低温余热（低于200℃）等。此外，还有用多余压差发电的；例如，高炉煤气在炉顶压力较高，可先经膨胀汽轮发电机继发电后再送煤气用户使用。 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条