热能回收,heat recovery
1)heat recovery热能回收
1.Low-levelheat recovery and CDM project for sulphur-burning sulphuric acid plants;硫磺制酸低温位热能回收与CDM项目
2.Based on the knowledge and analysis for furnace-process phosphoric acid production, the technology ofheat recovery and utilization in the yellow phosphorus burning from the angles of energy, environment and economy is proposed and researched.通过对热法磷酸生产的分析,从节能、环境及经济的角度研究并提出了黄磷燃烧热能的回收与利用技术,讨论了该技术的发展动态,重点介绍了国内独创的热能回收技术。
3.Theheat recovery efficiency of large-scale sulphur-burning sulphuric acid plants can be increased by using high-parameter boiler.通过提高锅炉参数、优化工艺设计参数、增加低温热回收系统等措施可有效提高大型硫磺制酸装置的热能回收率,从而降低生产成本,提高企业的市场竞争力。
英文短句/例句
1.Heat balance analysis for the waste heat recovery system of large marine engine大型船舶主机废气热能回收装置的热平衡分析
2.Special windpipe is adopted for the heating system. featuring quick heating, recyclable heat energy, thus the electric energy can be saved.加热系统采用特殊风管设计，加热恰、热能回收、节省电力。
3.The heating system is equipped with especial air-pipe. In addition quick heating speed, the power could be saved on account of energy recycle.加热系统采用特殊风管设计，加热快速、热能回收，节省电力。
4.Reuse of Secondary Steam Produced during Wort Boiling--Heat Energy Storage and Vacuum Evaporation System;啤酒煮沸二次蒸汽利用——储能与真空蒸发联合热能回收系统
5.The Development and Research on Thermoelectric Fresh Air Exchanger with Heat Recovery from Exhausting Air;具有热回收功能的热电新风机的开发与研究
6.Study on Heat Exchange Performance of Air-to-Air Plate Heat Exchange Ventilator空气—空气板式全热交换器热量回收性能的研究
7.Applying of Pulsating Heat Pipe Heat Exchanger in Air-Conditioning System for Thermal Energy Recovery应用于空调余能回收的脉动热管换热器的研究
8.Investigations of the thermal performance of Wet Thermal Recovery Plant Used by Air Conditioning空调用湿式热回收装置的热工性能研究
9.On the study of applications and working media of efficient energy-saving heat-pipe exchanger for heat recovery余热回收高效节能热管换热器应用与工作介质的研究
10.The chief characteristic that determines the quantity- of energy recoverable from the combustion of mixed waste paper (MWP) is the thermal energy of the material as measured by a bomb calorimeter.混合废纸燃烧可回收能量的主要特征值——热能,可用弹式量热计测得.
11.A Study about Pumping Regulation and Potential Energy Recycling of River Water Source Heat Pump江水源热泵取水系统调控及位能回收研究
12.EXPERIMENTAL RESEARCH OF UNITARY THERMOSIPHON HEAT RECOVERY EQUIPMENT吊装单元式热虹吸管能量回收机组的实验研究
13.ENTHALPY FREQUENCY METHOD AND THE APPLICATION OF THE ENERGY-SAVING POTENTIAL OF TOTAL HEAT RECOVERY ANALYSIS焓频法及其在全热回收节能潜力分析中的应用
14.Preliminary Analysis and Application of Heat & Mass Cycle Energy Recovery System热质循环能量回收系统初步分析及应用
15.RECOVERY OF LOW TEMPERATURE HEAT ENERGY IN REFINERY USING ORGANIC MEDIUM利用有机工质回收炼油企业中的低温热能
16.Simulation of Scroll Expander Used in Low-Temperature Waste Heat Recovery System低温余热回收用涡旋膨胀机性能模拟研究
17.Energy Conservation Efficiency Analysis of Centre Condensation Heat Recovery of Air Conditioning System中央空调系统余热回收利用节能效果的分析
18.Discussion on the Energy Saving Effect of HVAC System with Air-to-air Heat Recovery in Shanghai上海地区空调系统排风热回收节能效果探讨
相关短句/例句
energy saving performance热回收性能
3)recoverable heat可回收热<能>
4)waste heat recovery余热余能回收
1.Analyzed the situation of energy consumption on iron-making system at WISCO,and introduced the ways of energy consumption reduction on iron-making system at WISCO:unfold technical progress of energy-saving;reduce fuel,motive such as electric power,steam consumption;increasewaste heat recovery and strengthen energy management.分析了武汉钢铁(集团)公司炼铁系统的能源消耗状况,介绍了武钢降低炼铁系统能源消耗的主要措施:开展节能技术进步,降低燃料和动力消耗,加强余热余能回收,不断强化节能管理工作。
2.This paper analyzes the situation of energy consumption on iron-making system at WISCO,and introduces the ways of energy consumption reduction on iron-making system at WISCO: unfold technical progress of energy-saving;reduce fuel,motive such as electric power,steam consumption;increasewaste heat recovery and strengthen energy management.分析了武钢炼铁系统的能源消耗状况,介绍了武钢降低炼铁系统能源消耗的主要措施:开展节能技术进步,降低燃料和动力消耗,加强余热余能回收,以及不断强化节能管理工作。
5)high efficient heat recovery高效热能回收
1.A new urea process of solution full recycle withhigh efficient heat recovery;具有高效热能回收的水溶液全循环尿素新工艺
6)lower grade heat recovery低位热能回收
1.Measures of energy saving for carbon dioxide removal section in Xiangjiang nitrogenous fertilizer plant are introduced and compared with otherlower grade heat recovery system.介绍湘江氮肥厂脱碳节能措施，并与其他的低位热能回收系统进行了比较。
延伸阅读
鞍山热能研究院鞍山热能研究院娜 7.鞍山热能研穷院
