首页> 外文期刊>Applied thermal engineering: Design, processes, equipment, economics >An experimental integrated absorption heat pump effluent purification system. Part II: operating on water/Carrol solutions
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An experimental integrated absorption heat pump effluent purification system. Part II: operating on water/Carrol solutions

机译:一个实验性的集成吸收式热泵废水净化系统。第二部分:在水/汽油解决方案上运行

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An experimental integrated absorption heat pump effluent purification system (IAHPEPS) was built and originally operated with water-lithium bromide as a working mixture. The experimental results of IAHPEPS operated with water-Carrol as a working mixture are presented. Tap water was used as effluent and distilled water was obtained after purification. Pure effluent production rates ranged between 1.2 and 4 kg h~(-1). The actual coefficient of performance (COP)_A varied from 1.35 to 1.55. The heat pump effectiveness (HPE) varied from 0.74 to 0.82. The results from the small scale system indicate the likely results from industrial scale units which could be operated with low quality heat such as waste heat, solar or geothermal resources.
机译:建立了一个实验性的集成吸收式热泵废水净化系统(IAHPEPS),最初以水-溴化锂作为工作混合物运行。给出了以水-汽油作为工作混合物运行的IAHPEPS的实验结果。使用自来水作为废水,纯化后获得蒸馏水。纯废水的生产速度在1.2至4 kg h〜(-1)之间。实际性能系数(COP)_A从1.35到1.55不等。热泵效率(HPE)从0.74到0.82。小型系统的结果表明,工业规模的装置可能会产生结果,这些装置可以使用低质量的热量运行,例如废热,太阳能或地热资源。

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