Geothermal Resources In Northeast China and Suggestions On Their Utilization

地热资源将成为21世纪的主要能源之一。本文通过对中国东北地区（辽宁省、吉林省、黑龙江省及内蒙古自治区）实际测量的大地热流值及大量的钻井实际测量的地温场数据，对地热资源类型、断裂性质、储层埋深等基本地热地质特征进行了分析研究，并利用研究成果将东北重点地热分布划分为“一点、两区、两带”的格局，并对长白山地区、松辽盆地、二连盆地、伊通-依舒断裂带和华北北缘隆起带进行了地热资源量计算，并根据东北地区地热资源需求情况提出了未来的发展规划。 Geothermal resources will become one of the main energy sources in the 21st century. This article analyzes and studies the basic geothermal geological characteristics such as geothermal resource types, fault properties, and reservoir burial depth based on the actual measured geothermal flow values and a large amount of geothermal field data from drilling in Northeast China (Liaoning Province, Jilin Province, Heilongjiang Province, and Inner Mongolia Autonomous Region). The research results are used to divide the key geothermal distribution in Northeast China into a pattern of "one point, two regions, and two belts". The Changbai Mountain area The Songliao Basin, Erlian Basin, Yitong Yishu Fault Zone, and the uplift zone on the northern edge of North China have conducted geothermal resource calculations, and proposed future development plans based on the demand for geothermal resources in the Northeast region.