摘要
早在60年代末,上海利用地下含水层冬季贮存冷水,夏季抽用;夏季贮存热水,冬季抽用。不仅增加地下水的补给量,提高地下水位,控制地面沉降,而且为工业、民用提供了巨大的廉价的冷源和热源。本文介绍了上海地下含水层储能试验,在全市建立十四个储能试验场,布设储冷井25口,储热井9口,观测井58口。试验与工厂生产结合。经过多周期的灌采试验,建立了一整套的灌采条件下地下水动力模型、温度场模型、水质浓度弥散模型。
Early since the end of 1960s cold water has started to be stored in winter for summer use and warm water in summer for winter uge. Not unly has it added the replenishment to goundwater, elevated ground watertable, controled land subsidence, but also provided great cheat cheap cold and warm energy for factory and civil uses. The paper introduces the experiments energy storage in aquifer in Shanghai . There are three energy storage plots with 8 warm storage wells and 566 observation wells,The test with production in factories, and multi-cycle experiments of recharging or charging water, establish a set of recharging-charging ground hydrodynamic model , temperature field model and water qulity density density dispersion model.
出处
《上海地质》
1993年第2期46-53,64,共9页
关键词
地下水
含水层
冷水
热水
试验
energy storage in aquifer, hydrodynamic model, temperature field model, water qulity density dispersion model
