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七十年代以来,为了节约储能水源、减少废水排放;为了提高回灌井的单位出水量的制能量和能量利用率,而进行了含水层储冷和储热结合起来的循环采灌方法的试验研究,并取得了良好的效果。其中,如上海第二十九棉纺织厂(以下简称上棉二十九厂)的同层含水层储能试验、上海毛毯厂的异层含水层储能试验,具有一定的代表性,本文加以介绍。一、试验区的水文地质概况上海位于长江三角洲滨海平原。第四纪
Since the 1970s, in order to save water and reduce waste water discharge, in order to increase energy consumption and energy utilization per unit discharge of recharging wells, a combination of storage and heat storage of aquifers was adopted Experimental research, and achieved good results. Among them, such as Shanghai 29th Cotton Mill (hereinafter referred to cotton on cotton plant 29) the same aquifer energy storage test, Shanghai Blanket Factory different layer aquifer energy storage test, has some representative, this article to be Introduction. I. Hydrogeological Survey of the Experimental Area Shanghai is located in the coastal plain of the Yangtze River Delta. Quaternary