研究了一种使用热回收和含水层井的方法，以提供经济、生态友好且节能的暖通空调系统。它适用于任何具有高内部负荷的新建筑或现有建筑，且含水层井可产生50华氏度至77华氏度（10摄氏度至25摄氏度）范围内的水。它专门研究了一座大型学校建筑，该建筑带有暖通空调系统，用于天然气锅炉的高温水。它比较了通过引入能源管理系统获得的结果与通过修改系统设计获得的结果。展示了地热能在未来可以发挥的重要作用。关键词:建筑、节能、能耗、热回收、含水层、学校、美国、供暖、通风、空调、燃气锅炉、锅炉、天然气、比较、能源管理、地热能激励: 研讨会论文，马里兰州巴尔的摩，1992年

Examines a method of using heat recovery and aquifer wells to provide an HVAC system that is economically and ecologically friendly as well as being energy efficient. It is applicable for any new or existing building with a high internal load and where aquifer wells can produce water in the 50 deg F to 77 deg F (10 deg C to 25 deg C) range. It specifically examines a large school building with an HVAC system designed for use with high-temperature water from natural gas boilers. It compares results obtained by incorporation of an energy management system with those obtained by modification of system design. Demonstrates the important role geothermal energy can play in the future.KEYWORDS: buildings, energy conservation, energy consumption, heat recovery, aquifers, schools, USA, heating, ventilation, air conditioning, gas fired boilers, boilers, natural gas, comparing, energy management, geothermal energy