太阳能-热泵供热弱放射性废水蒸发排放的模拟试验研究

A Simulation Experiment of Evaporating and Discharging Cleaned Waste Water of Low Radiation by Supplying Heat of Solar Energy Heat Pump

该文介绍了用太阳能－热泵供热，蒸发排放净化后的弱放射性废水（简称净化水）的模拟试验研究，分析了环境参数（温度、相对湿度）、供风温度及供热量对蒸发量与蒸发能耗的影响，还与韩国的类似设备进行了性能对比．试验证明此种处理净化水的方法是经济。

This paper describes a simulation experiment which evaporated cleaned waste water of low radiation and diffused it into ambient air by solar energy and heat pump. The influences of the temperature, volume amount and relative humidity of supplying hot air into evaporation room on evaporation quantity and consumption power are studied. In addition the paper presents a contrast of performance of this experiment set to other similar equipment from South Korea. The experiment shows that this supplying heat model is economic, efficient and practicable for treating cleaned waste water of low radiation.