余热回收

  • 网络Waste Heat Recovery
余热回收余热回收
  1. 从燃气本身、余热回收节能和冷凝液净化三方面阐述了燃气多效冷凝式余热回收技术的环保优越性,指出本技术的利用在保护环境方面上的优势。

    The environmental superiority of multi-effect condensing technology is described from the gas itself , waste heat recovery energy and condensate purification , and the advantages of this technology used in protecting the environment are pointed out .

  2. LR-2000型造气余热回收装置的特点与应用

    The Characteristic and Usage in the LR-2000 Type Gasification Waste Heat Recovery Units

  3. 研究表明:高效烟气余热回收、低空气系数、良好的火焰特性使高风温无焰燃烧锅炉的燃料节约率达55%,同时CO2排放可减少55%;

    Analysis shows that high efficient heat-recirculation and low air excess ratio and good flame behavior lay out a high heat transfer performance with more than 55 % reduction of fuel savings and CO 2 to the environment .

  4. 无机传热元件在3-φ2.6m造气炉余热回收中的应用

    Applications of Inorganic Heat Transfer Element in the energy recovery of 3 - φ 2.6m Gas-generating furnace

  5. 详细讨论了高效烟气余热回收、超低NOX排放等关键技术和蓄热式燃烧器、四通换向阀等关键部件;

    Both key technologies such as recovery of exhaust heat of flue gas and low emission of NOX and key parts such as burner equipped with honeycomb regenerative chamber and 4-way switching valve are discussed in detail .

  6. 选用JR型氨合成塔内件,能提高合成生产强度,有利于提高合成余热回收率。

    Use of Model JR converter internals leads to an increase in the productivity of the converter , favorable to improvement on recovery of waste heat from the synthesis section .

  7. 有机合成厂苯乙烯装置DA-401塔余热回收的研究

    Study on recovering remaining heat of DA-401 in styrene unit

  8. 通过冷态和热态实验测试,论证了陶瓷热交换器应用于高温烟气(高于1273K)余热回收利用的可行性。

    Cold and hot static tests evidence the feasibility of the ceramic heat exchanger to be used for heat recovery from high temperature flue gas ( above 1273 K ) .

  9. LR-2000型造气余热回收装置中应用的新技术、新设计是化肥行业节能降耗,走出困境的有效途径。

    The new technique and the new design used in the LR-2000 type gasification waste heat recovery units are the effective paths to overcome the difficulty .

  10. 天然气热泵排烟余热回收的理论及实验研究

    Theoretical and experimental study on residual heat recovering from gas-heating pumps

  11. 熔铝炉烟气余热回收新途径

    A new approach to recover off-gas heat from aluminium melting furnace

  12. 注汽锅炉烟气余热回收技术研究

    The Technique of Flue Gas Heat Recovery of Injection Steam Boiler

  13. 某服装生产厂房整烫车间余热回收利用分析

    Analysis on Excess Heat Recycle of Steam Ironing in Clothing Factories

  14. 节能减排;余热回收;项目管理;

    Energy-saving emission reduction ; Waste heat recovery ; Project management ;

  15. 某钢厂硅钢部门热管余热回收项目的可行性分析

    Feasibility Analysis of Heat Recovery with Heat Pipes In Steel Works

  16. 低温吹风气余热回收装置设计探讨

    Discussion on Waste Heat Recovery From Low - temperature Blowing Air

  17. 低温余热回收技术亟待提高。

    Low temperature waste heat recovery technology should be enhanced urgently .

  18. 余热回收换热器投资的热技术经济分析

    The thermal techno-economic analysis of investment on waste heat recovery exchanger

  19. 中央空调余热回收在宾馆酒店中的应用

    The application of waste heat recovery at central air-conditioning in hotels

  20. 吹风气余热回收的节能改造

    Energy - saving Modification for Residual Heat Recovery From Blowing Air

  21. 低温余热回收用涡旋膨胀机性能模拟研究

    Simulation of Scroll Expander Used in Low-Temperature Waste Heat Recovery System

  22. 污水余热回收装置的结构分析及应用

    Structural analysis and application of the sewage waste heat recovery system

  23. 水-水燃气机热泵的余热回收

    Surplus heat recovery of gas engine driven water to water heat pump

  24. 烧结环冷机上烟气余热回收技术应用

    Waste Gas Heat Recovery System Practice in Sintering Circular Cooler

  25. 我公司玻璃窑炉烟气余热回收利用及探讨

    Discussion on Recovery of Waste Heat From Flue Gas of Glass Furnace

  26. 余热回收叉流热交换器最佳经济设计

    Optimum economical design of cross flow heat exchanger for waste heat recovery

  27. 加热炉余热回收系统腐蚀状况调查及预防

    Corrosion of Equipments in Fired Heater Waste Heat Recovery System and Prevention

  28. 包钢炼铁厂热风炉余热回收装置设计及使用

    Design and application of surplus heat recovery device in Baogang Iron-making Plant

  29. 锅炉排烟余热回收器的设计参数优化模型

    Optimization Model for Design of Parameters of Boiler Waste Heat Recovery Installations

  30. 板式换热器余热回收的经济分析

    Economical analysis of waste heat recovery by plate heat exchangers