显热回收,heat recovery
1)heat recovery显热回收
1.)heat recovery caused by low thermal conductivity and high enthalpy are analyzed.分析了钢铁熔渣显热回收的技术难点,因为硅酸盐类炉渣导热系数低而处理温度高,所以换热效果难以保证。
英文短句/例句
1.A mature foreign technology of recovery and utilization of heat from non-ferrous metallurgical slags is introduced.本文分析介绍了国外一种有色冶金炉渣显热回收利用的成熟工艺。
2.The waste heat boiler of sinter ring cold machine was developed to recover sensible heat of sintering mine.为回收烧结矿显热，研制出烧结环冷机余热锅炉。
3.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
4.Both sensible heat and adsorption heat of adsorbent bed can be recovered efficiently and easily.该装置能有效地回收太阳固体吸附式制冷循环中吸附床的显热及吸附热 ,且操作简便。
5.Waste Reduction and Recycling Hotline废物减量及回收热线
6.Experimental investigation of heat recovery with thermosyphon heat exchanger热管式通风换热器热回收的实验研究
7.SEW GmbH Systemtechnik offers Offers on System engineering, Ventilation and Heat recovery systems. Additionally also on Heat exchange technology and Refrigerant recovery systems.提供碎片、片屑、回热，热量回收及热量回收系统领域内的产品。
8.Steam Recovery of TMP Heat Recovery System and Heat Supplying System by Heat PumpTMP热回收过程中的蒸汽回收及热泵供热系统运行
9.air to air heat recovery unit空气 空气热交换式热回收组合机组
10.Practical approach to hydrophobic recovery of the sealing heater for self-equipped thermal plants自备热电厂轴封加热器疏水回收方法
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.Optimization and Analysis of Absorption Cooling System Using Waste Gas;余热回收型吸收式制冷循环优化研究
14.Optimization of the Absorption Refrigeration System for Heat Recovery with Heat Pipe Heat Exchanger;热管型吸收式制冷余热回收系统的优化研究
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.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
17.Application of thermal exchange technique with recuperative tube to recovery of waste heat from glass furnace热管换热技术在玻璃熔窑余热回收中的应用
18.Design of heat-pump water heater based on heat recovery of drainage一种回收排水热的新型热泵式热水器的设计
相关短句/例句
sensible heat recovery显热回收
1.The results indicated that under the total heat recovery mode,fresh air cooling load could reduced up to 60%,and the total cooling load could reduced 18%～23%,while under thesensible heat recovery mode,the corresponding values were only 5%～20% and 8%.结果表明,当采用全热回收模式时,新风负荷降低60%以上,建筑空调冷负荷降低18%~23%;而采用显热回收模式时,新风负荷降低5%~20%,建筑空调冷负荷仅降低8%。
3)explicit reclamation显式回收
4)recuperation[英][ri,kju:p?"rei??n][美][r?,kjup?"re??n]回收;回粱热
5)waste heat recovery废热回收
1.Discussion of the energy saving potential andwaste heat recovery by material accounting for tire enterprises;从物料衡算的角度谈轮胎企业废热回收节能潜力
2.3 MPa and 470℃,typically adopted bywaste heat recovery systems of sulphur-burning sulphuric acid plants are conducted from the point of view of exergy and project investment.从(火用)和工程投资的角度对硫磺制酸装置废热回收系统的三种典型蒸汽参数(3。
3.Concentrate feed policy, oxygen-enriched air roasting andwaste heat recovery of sulphuric acid plants based on pyrite are described.介绍了硫铁矿制酸的精料政策、富氧焙烧和废热回收情况。
6)waste heat recovery余热回收
1.Application ofwaste heat recovery unit of hot blast furnace;两种热管换热器在热风炉余热回收中的应用
2.Thermodynamic analysis ofwaste 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
3.Influence of atmosphere temperature onwaste heat recovery,electric power generation in SA production;大气温度对硫酸余热回收效率、发电量的影响
延伸阅读
钢坯显热利用设计钢坯显热利用设计design for utilizing sensible heat of slabsgangPix一onre{一yong sheJJ钢坯显热利用设计(design for utilizing sen-sible heat of slabs)利用热轧终了尺寸较大的钢坯(材)的显热生产热水或蒸汽的设施设计。由于1993年中国的钢产量已经达到883。万t，连铸比只有35%，而连铸坯产量的1/4还要两火成材，连铸坯的热装、热送技术尚未广泛采用，所以钢坯显热也是质高量大，值得设计利用的重要余热资源。钢坯显热在中国和外国得到开发利用的还不多。中国上海第二钢铁厂630车间在钢坯冷床的上、下部位分别安装了受热面，以利用钢坯显热来生产蒸汽，并能减少钢坯向周围环境散热。该装置的系统如示意图所示。 燕汽出口补充水斗=，幸=十}f循环泵飞一兰二兰翌墨二子 钢坯显热利用装置系统示意图该装置每小时平均可生产。.4MPa的饱和蒸汽3t，年产汽量为1.7万t，折合节约燃料油1200多吨。此外还能减少冷却用水50t/h，自来水1 ot/h，并能改善工人操作环境，延长厂房检修周期。该装置的投资可在一年内全部收回。日本的水岛钢铁厂，于1976年在初轧车间设计安装了板坯冷却锅炉，从每吨板坯上回收272~314MJ的热量，每吨板坯的产汽量为。.lt。该锅炉是自然循环辐射式的，蒸汽压力为1.57MPa。日本的鹿岛钢铁厂，在20世纪80年代初期，设计了采用热管作换热元件的辐射式余热锅炉，以回收连铸钢坯的余热。热管中用纯水作工作介质。该台锅炉的产汽量为。.3t/h。
