纯低温余热发电,pure low temperature waste heat power generation
1)pure low temperature waste heat power generation纯低温余热发电
1.CDM case analysis forpure 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 ofpure 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
英文短句/例句
1.Pure Low-temperature Waste Heat Power Generation System Design and Optimization;纯低温余热发电方案设计及系统优化
2.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
3.Study of Models for Low Temperature Waste-heat Power Generation基于纯低温余热发电模型的应用和研究
4.Research on abrasion-resistant plastic ramming mix for low temperature waste heat power generator纯低温余热发电用耐磨可塑捣打料的研制
5.Application of Pure Low-temperature Waste Heat Power Generation Technology in Lead-zinc Smelting Industry铅锌冶炼工业纯低温余热发电技术的应用
6.Application about the technology of pure low-temperature cogeneration in glass industry纯低温余热发电技术在玻璃生产企业的应用
7.Power Generation Technology with Low Temperature Waste Heat and Its Unfavorable Influence for Electrostatic Precipitator(ESP) in Cement Industry水泥工业纯低温余热发电技术对电除尘器的影响
8.Performance Analysis and Parameter Optimization of Dual Pressure Waste Heat Recovery Generation System纯低温双压余热发电系统性能分析及参数优化
9.Study on waste heat power generation technology with low-temperature gas铝电解槽低温烟气余热发电技术探讨
10.On PLC Control System Used in the Low Temperature Waste-Heat Power GenerationPLC系统在低温余热发电中的应用
11.Research on the Effect of EHD Enhancing Condensation Heat Transfer in the Model of Power Generation Utilizing Low Temperature Wasted Heat;低温余热发电模型中EHD强化凝结换热效应研究
12.Research on the Effect of EHD Condensation Heat Transfer Enhancement in the Model of Low Temperature Waste Heat Power Generation;低温余热发电模型中EHD强化冷凝换热效应研究
13.The Exergy Analysis of Middle-low Temperature Heat Recovery Power System and Parameter Optimization Research中低温余热发电系统的（火用）分析及其参数优化研究
14.Experiment on Output Characteristics of Scroll Expander in Small Power Generation System with Low-temperature Waste Heat小型低温余热发电系统膨胀机输出特性试验研究
15.Thermodynamic analysis on low temperature power generation using refrigerant as working media制冷工质在低温发电中的热力学分析
16.A New Waste Heat Power Generating Device for Steam-low boiling Point Working Fluid Combined Dual Cycle新型蒸汽-低沸点介质联合双循环余热发电装置
17.Popularize Low Temperature Thermal Power Generation Technology to Expedite Geothermal Energy Utilization推广低温热力发电技术 加快地热能利用
18.LOW TEMPERATURE SYNTHESIS OF HIGH-PURITY ZIRCON POWDER BY A HYDROTHERMAL METHOD低温水热合成高纯硅酸锆粉体(英文)
相关短句/例句
middle and low temperature waste heat power generation中低温余热发电
1.Themiddle 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。
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 andlow-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
4)low temperature heat recovery steam generator纯低温余热锅炉
1.The development history, technology characteristics oflow temperature heat recovery steam generator and technical issues in its development are introduced.阐述了水泥窑余热锅炉技术的发展历程、纯低温余热锅炉的技术参数及纯低温余热锅炉的开发过程中面临技术难点。
5)Cement kiln low-temperature Cogeneration水泥窑低温余热发电
6)low temperature waste heat低温余热
1.Energy saving remoulding oflow temperature waste heat reuse in refining unit;炼油装置低温余热回收节能改造及效果
2.A new power generation system from low boiling point working medium usinglow temperature waste heat is introduced.介绍了一种新型的利用低温余热的低沸点介质发电系统,可用于回收200℃以下余热。
3.Based on the principle of system power cycle and characteristics of Freon power generation system, the model forlow temperature waste heat generating was constructed.根据系统动力循环原理以及氟里昂循环发电系统的特点,组建了小型低温余热发电系统模型,并对蒸发器、冷凝器、汽轮机模型等组件进行了设计。
延伸阅读
余热发电余热发电wasteheatgeneration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。
