城市地质
城市地質
성시지질
URBAN GEOLOGY
2012年
4期
20-23,31
,共5页
热田%小汤山%资源评价%储存量
熱田%小湯山%資源評價%儲存量
열전%소탕산%자원평개%저존량
Geothermal field%Xiaotangshan%Resources assessment%Storage capacity
文章简述了小汤山地热田的开发利用历史，描述了该地热田的地质、地热地质条件。对地热井的有关参数进行了统计分析，将热田分为两个分区，采用热储法计算出基础资源量、地热资源量和地热水的静储量分别为1746．03×10^12kcal、1290×10^12keal和25．43×108m^3。
文章簡述瞭小湯山地熱田的開髮利用歷史，描述瞭該地熱田的地質、地熱地質條件。對地熱井的有關參數進行瞭統計分析，將熱田分為兩箇分區，採用熱儲法計算齣基礎資源量、地熱資源量和地熱水的靜儲量分彆為1746．03×10^12kcal、1290×10^12keal和25．43×108m^3。
문장간술료소탕산지열전적개발이용역사，묘술료해지열전적지질、지열지질조건。대지열정적유관삼수진행료통계분석，장열전분위량개분구，채용열저법계산출기출자원량、지열자원량화지열수적정저량분별위1746．03×10^12kcal、1290×10^12keal화25．43×108m^3。
In this paper, the history of the exploration and utilization of geothermal fields in Xiaotangshan has been described briefly. Also it represents the geological and the geothermal conditions of the geothermal field. Through studying the relevant parameters of the geothermal wells, the Xiaotangshan geothermal field can be divided into two partitions; then, by the thermal reservoir method, the basis of the amount of resources, the geothermal resources, and the heat storage of the geothermal water are estimated as 1746.03×10^12kcal,1290×10^12keal and 25.43×108m^3 respectively.
