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Analysis and determination of the thermal parameters in the waste heat recovery system based on heat pump

机译:基于热泵的余热回收系统中热参数的分析与确定

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There are large quantities of waste-heat produced in the machining process of cartridge type structures(58SiMn steel), it is necessary to recycle and make full use of these heat from the perspective of environmental protection and energy saving. We will study the possibility of using the recalled calories to privide bath water for workers and the compensate water for steam boilers. In this paper the waste heat recovery system that based on heating pump were analyzed, including the system composition, working principle, the thermal parameters, etc. According to the technique characteristics of hot pump and making use of thermodynamics mechanism we carried on analysis and calculation about the lost thermal energy in the medium repeatedly heat machine, the power of medium repeatedly. We can make 17.33 ton hot water which is 55 Celsius degree per hour using the recalled calories. These hot water can provide the nedding water for the steam boilers and the workers bathing. This research show that waste heat recovery system which is used in the production of the cartridge type structures is effectual.
机译:筒式结构(58SiMn钢)的加工过程中会产生大量的废热,从环保和节能的角度出发,有必要对这些废热进行回收利用。我们将研究使用回收的卡路里为工人提供沐浴水以及为蒸汽锅炉提供补偿水的可能性。本文分析了基于热泵的余热回收系统,包括系统组成,工作原理,热参数等。根据热泵的技术特点,利用热力学机理进行了分析计算。关于介质反复加热机中损失的热能,介质的功率不断重复。使用召回的卡路里,我们可以每小时制造55摄氏度的17.33吨热水。这些热水可以为蒸汽锅炉和工人洗澡提供净水。该研究表明,在生产筒式结构中使用的废热回收系统是有效的。

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