1)geothermal waste heat地热余热
1.The feasibility of the scheme,utilizing the absorption heat transformer to recover the geothermal waste heat,was discussed by simulating the thermodynamic cycle of the LiBr/H2O absorption heat transformer.通过对溴化锂第二类吸收式热泵系统的模拟计算,分析研究了利用第二类吸收式热泵技术回收地热余热方案的可行性。
2.A scheme employing absorption heat transformer system for geothermal waste heat recovery was proposed according to the analysis of the system, and detailed design data were derived.提出了利用第二类吸收式热泵回收地热余热的方案;利用模拟计算得出了相应的设计参数。
3.Because there are usually lots of low-temperature waste heat discharged from the process of supplying heat in winter by the hot geothermal water, this paper proposes an energy-saving scheme using the AHT system to recovery the geothermal waste heat.本文采用约束非线性规划方法中的可变容差法,对用于回收地热余热的溴化锂第二类吸收式热泵系统进行了优化设计。
2)geothermal waste heat recovery地热余热回收
3)waste heat余热
1.The analysis of project for the waste heat steam comprehensive utilizationin huaLuan pharmaceutical factory;华栾制药厂余热综合利用方案分析
2.Application technology of refrigeration by waste heat in cement plant;水泥厂余热制冷空调的应用技术
3.Brief discussion of waste heat utilization from hydrogen chloride synthesis;浅析氯化氢合成余热利用
英文短句/例句
1.heat recovery boiler余热锅炉，废热锅炉
2.Heat Recovery Boiler Design in Electric Stove Waste Heat Utilization炼钢电炉余热利用及余热锅炉的设计
3.Study on the characteristics of heat transfer for super-heater in CDQ boiler干熄焦余热锅炉过热器传热特性研究
4.horizontal fire-tube-type waste-heat boiler卧式火管型余热锅炉
5.waste heat utilization in extractive metallurgy of heavy metals重金属冶炼余热的利用
6.The Annealing Technics and the Ways Using Residual Heat of High-Speed Steel after Forging (Or Rolling);高速钢锻（轧）后的余热退火工艺及余热利用方法
7.Thermal test method for gas pass waste heat boilerGB/T10863-1989烟道式余热锅炉热工试验方法
8.Utilization of After heat in CO_2 Water Cooler;浅谈CO_2水冷器余热采暖热源的利用
9.Syngas methanation with reaction heat carried by steam recycling generated from waste heat余热蒸汽循环载热的煤气甲烷化工艺
10.RESEARCH ON THE USE OF AFTER HEAT OF COOLING WATER IN POWER PLANT AS RESIDENTIAL HEAT SUPPLY电厂冷却水余热用于住宅供热的探讨
11.Development of heat transfer enhancement on waste heat recovery device of sintering烧结余热回收装置强化传热研究进展
12.Energy-conservation of the Residual Heat of the Flue Gas in a heavy-oil heating recovery steam injection boiler稠油热采注汽锅炉烟气余热回收利用
13.The Application of Using Light Pipe-finned Pipe-hot Pipe Type Waste Heat Boiler System to Recover the Excess Heat in a Consteel Electric Furnace光管-翅片管-热管式余热锅炉在Consteel电炉余热回收中的应用
14.Heat Recovery Technology of Heat Pipe Heat Exchanger in Small Industrial Boiler小型工业锅炉热管换热器余热利用技术
15.Thermodynamic analysis of waste heat recovery in one-step phosphorous acid production by BEP一步法热法磷酸生产余热回收的热力学分析
16.Effect of Heat Treatment With Residual Deformed Temperature on Abrasiveness of Hot Deformed Low Chromium Semi-steel余热热处理对热变形低铬半钢耐磨性的影响
17.THE THERMAL TECHNO-ECONOMIC ANALYSIS OF INVESTMENT ON WASTE HEAT RECOVERY EXCHANGER;余热回收换热器投资的热技术经济分析
18.THE APPLICATION OF THE HEAT PIPE WASTE HEAT RECOVERY HEAT EVAPORATOR IN SANITARY WATER HEAT RECOVERY热管废热回收蒸发器在浊水余热回收中的应用
相关短句/例句
geothermal waste heat recovery地热余热回收
3)waste heat余热
1.The analysis of project for the waste heat steam comprehensive utilizationin huaLuan pharmaceutical factory;华栾制药厂余热综合利用方案分析
2.Application technology of refrigeration by waste heat in cement plant;水泥厂余热制冷空调的应用技术
3.Brief discussion of waste heat utilization from hydrogen chloride synthesis;浅析氯化氢合成余热利用
4)surplus heat余热
1.Design and application of surplus heat recovery device in Baogang Iron-making Plant;包钢炼铁厂热风炉余热回收装置设计及使用
2.Reduce of energy consumption for absorbing dryer by utilization of surplus heat from compressed air;利用压缩空气余热降低吸附式干燥器能耗
3.The combined utilization of solar energy & flue surplus heat in hotel;太阳能与烟气余热组合热水系统在宾馆的应用
5)residual heat余热
1.Recycling of residual heat of dryers and temperature & humidity regulators;干燥器和调温调湿器的余热循环利用
2.Analysis on pure cryogenic residual heat power generation dynamic utilization;纯低温余热发电的动力利用分析
3.Effects of residual heat and chlorine in cooling water from coastal power plant on Calanus sinicus.;滨海电厂冷却水余热和余氯对中华哲水蚤的影响
6)exhausted heat余热
1.Research on LiBr absorption refrigeration system using automotive exhausted heat;利用汽车发动机余热的溴化锂吸收式制冷研究
2.The characteristic of exhausted heat utilization involved in the heat pump system is analyzed.分析了热泵系统余热水余热利用的工艺特点。
3.An adsorption ice maker for fishing vessels driven by exhausted heat of diesel engine, which used a compound adsorbent(calcium chloride and activated carbon) and ammonia as working pair, was studied.研制了一种可以采用渔船柴油发动机余热加热的以复合吸附剂(CaCl2和活性炭)-氨为工质对的吸附式渔船制冰机。
延伸阅读
动力机械： 余热锅炉利用生产过程中的气体或废气﹑废液﹐以及某些动力机械排气的热量产生蒸汽或热水的锅炉。余热锅炉是重要的节能设备。各种冶炼炉和焙烧窑的排烟温度为650～1250℃﹔燃气轮机和柴油机等动力机械的排气温度为370～540℃。安装余热锅炉吸收这些排烟中的部分热量﹐全系统的热能利用率可以显著提高。例如轧钢加热炉安装余热锅炉后﹐全系统热能利用率甚至可提高 1倍左右。在化工生产的裂解工艺中﹐为避免高温裂解气体的重新聚合﹐需要将高温裂解气体急速冷却到裂解反应停止的温度﹐这时余热锅炉就成为不可缺少的急冷工艺设备。高温含尘废气通过余热锅炉后﹐除温度降低外﹐还可沉降一部分尘粒﹐这对减轻环境污染和选择除尘器都是有利的。 余热锅炉分为火管式和水管式两类。其结构与工业锅炉相类似。火管式余热锅炉蓄水量大﹐在烟气量和用汽量波动的条件下汽压波动较小﹐但其蒸发量和蒸汽压力均受锅筒直径和运行条件的限制。此外﹐烟管端和管板由于冷却不佳和温度应力较大﹐在烟的温度高(高于600℃)﹑管板厚的情况下不宜采用这种锅炉﹐而宜采用水管余热锅炉。水管余热锅炉有辅助循环和自然循环两种循环方式(图1 辅助循环水管余热锅炉 ﹑图2 自然循环水管余热锅炉 )。 进入余热锅炉的烟气温度﹐是决定余热锅炉受热面布置形式的一个重要因素。如进口烟气温度为400～900℃时﹐锅炉内主要设置对流管束﹐不设置炉室﹔但烟尘熔化点低时也有例外﹐应设置冷却炉室以控制进入对流烟道的入口烟的温度﹐避免灰渣在对流管排间搭桥。当进口的烟气温度或废气燃烧温度在1100℃以上时﹐其布置形式与一般的工业锅炉无多大区别。当高温废气中含有大量堆积性细灰时﹐锅炉的管排应垂直布置﹐并使烟气以较高烟速(约20米/秒)纵向冲刷管排。对于含有腐蚀性烟尘的高温废气﹐流速应低(约8米/秒)而均匀﹐并采取其它防磨措施。对于含有二氧化硫(SO2)的腐蚀性高温废气﹐通常排烟温度应较高﹐而不采用加热给水的省煤器﹐目的是提高金属壁温﹐防止金属受到硫酸腐蚀。 在化工生产过程中﹐余热锅炉的排气温度取决于下一道工艺的要求。工业炉窑用的余热锅炉﹐一般利用引风机将排气排往大气﹔动力机械和化工生产过程用的余热锅炉﹐则依靠进气自身的压力使之通过余热锅炉﹐并排往大气或进入下一道工艺装置。 在一般情况下应设置与余热锅炉并联的旁通烟道﹐以便余热锅炉在停用时﹐工业炉窑或动力机械仍能正常运行。
