recovery waste heat

英 [rɪˈkʌvəri weɪst hiːt] 美 [rɪˈkʌvəri weɪst hiːt]

废热回收,回收余热

化学



双语例句

  1. 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
  2. A Criterion for Evaluating Recoverable Flue Gas Heat of Industrial Boilers Discussion on Recovery of Waste Heat From Flue Gas of Glass Furnace
    工业锅炉烟气可用余热量的计算基准问题我公司玻璃窑炉烟气余热回收利用及探讨
  3. Discussion on Recovery of Waste Heat From Flue Gas of Glass Furnace
    我公司玻璃窑炉烟气余热回收利用及探讨
  4. The heat pipe air preheaters are widely used in the recovery of waste heat of gas.
    热管式空气预热器广泛应用于烟气的余热回收。
  5. The economical and technical assessment of three power cycles for power recovery from waste heat in refineries
    炼油厂低温热动力回收3种循环方式的技术经济分析与评价
  6. The comprehensive assessment of power recovery from waste heat by Grey Cluster
    低温热动力回收效益的灰色聚类综合评价
  7. Discussion on recovery of waste heat from boiler flue gas
    降低燃气锅炉排烟热损失方法探讨
  8. Recovery waste heat from exhaust air of air conditioning system has great economical and social benefits, especially for large scale air conditioning system. It could save mass of consumed energy.
    空调排风热(冷)量回收有巨大的经济效益和社会效益,特别是大型空调系统,可以节约大量的建筑空调能耗。
  9. A Study on Direct Recovery of Waste Heat of Air Exhausted in Hot Air Penetrating Drying and Drying Medium Parameters
    热风穿流干燥排气余热直接回收与干燥介质参数的研究
  10. Enhancing concentration of low grade pyrite, recovery of high-iron cinder, oxygen-enriched air roasting and recovery of waste heat not only conform to China s circular economy policy, but also can greatly improve economic performance of sulphuric acid plants based on pyrite.
    加强低品位硫铁矿精选、高铁烧渣回收、富氧空气焙烧、废热回收,不仅符合国家循环经济的产业政策,而且可大幅度提升硫铁矿制酸企业的经济效益。
  11. Recovery of waste heat in process.
    注意回收利用生产过程的余热;
  12. Recovery of waste heat from the blast furnace.
    回收高炉废热等。
  13. In its production practice the recovery of waste heat is enhanced, to realize self sufficiency in steam for the methanol unit.
    该装置在生产实践中加强废热回收,实现了甲醇装置的蒸汽自给。
  14. Use of Boiler for Recovery of Waste Heat from Blow Gas at this Plant
    吹风气余热回收锅炉在我厂的应用
  15. Based on maximum economy profit of heat exchanger for recovery of waste heat. The formulas and diagrams of optimal heat exchanger effectiveness, formulas of optimal heat transfer area and optimal heat transfer temperature for six kinds of heat exchangers are shown in this paper.
    本文以热交换器回收余热取得最大经济效益为目标,得出六种热交换器的最佳温度效率公式、线图及最佳传热面积、最佳换热温度公式,可供设计无相变余热回收热交换器参考。
  16. Study of mixed working fluid power cycles for the recovery of waste heat
    混合工质中低温热力循环特性研究
  17. This paper researches on the energy saving effect of lithium bromide-water absorption chillers which can be used in the inlet air cooling of combustion gas turbine power station and the recovery of waste heat of diesel locomotive exhaust gas.
    本文对澳化锂吸收式制冷技术在燃汽轮机电站空气冷却和柴油机车排气的余热利用等节能方面的应用进行了研究。
  18. Control of Tube Wall Temperature of Heated Surface at End in System for Recovery of Waste Heat from Blast
    吹风气余热回收系统中尾部受热面管壁温度的控制
  19. Technics and Equipments for the Recovery of Waste Heat
    回收废热的技术和设备
  20. Recovery of waste heat for water gas gasification process
    水煤气工艺中的废热回收
  21. Recovery of Waste Heat from Gasification and Realization of Power Generation by Differential Pressure
    回收造气余热实行差压发电
  22. Recovery of Waste Heat in Brewage by Use of Absorption Heat Pump
    利用吸收式热泵系统回收啤酒生产中的废热
  23. The petrochemistry industry arrange examine and repair rightly and optimize power utility manners. Through the means of recovery of waste heat and waste gas implement demand side management.
    石化企业根据其用电特点,合理安排检修,优化用电方式,通过废气废热回收等手段实施电力需求侧管理。
  24. Research on Lithium Bromide-water Absorption Chillers Used in the Recovery of Waste Heat
    溴化锂吸收式制冷技术在余热回收中的研究
  25. The Application of Reinforced Glass Tubular Heat Exchanger for the Recovery of Waste Heat in Spray Dryer ··
    强化玻璃管式热交换器在喷雾干燥余热回收中的应用
  26. Care for the Environment When Formulating Pesticides Recovery of Waste Heat in Brewage by Use of Absorption Heat Pump
    农药生产中的环境问题利用吸收式热泵系统回收啤酒生产中的废热
  27. In the paper, It used the heat pump to recovery the waste heat of circulating cooling water, and the smoke and waste heat of boilers was reused by compound phase changing heat exchanger.
    本研究采用热泵技术回收电厂循环冷却水中的废热,利用复合相变换热器回收锅炉烟气余热。
  28. Lastly, we get the operation parameters by using particle swarm optimization algorithm where the objective function is to maximize recovery of waste heat.
    最后以余热回收最大化为目标,使用粒子群算法对急冷油系统的操作参数进行了优化。
  29. It can play a vital role in the recovery of waste heat and energy conservation.
    在回收余热资源、节能减排中起着至关重要的作用。
  30. Calculation shows that, developing the recovery of waste heat not only expands the heat supplying area, but reduces the coal consumption of boilers. The emission of CO2 and dust will be also reduced. And the air quality of the city will be greatly improved.
    通过分析计算可知,开展废余热回收利用,不仅可以扩大供热面积,降低煤耗,同时可以减少CO2、粉尘等排放量,将大大改善本市空气质量。