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青海省水溶氦气资源现状及赋存特征

晁海德 王琪玮 韩生林 安生婷 徐永锋 巩志远 李青 谢菁 李吉庆 蔡廷俊

西北地质2025,Vol.58Issue(5):33-45,13.
西北地质2025,Vol.58Issue(5):33-45,13.DOI:10.12401/j.nwg.2025003

青海省水溶氦气资源现状及赋存特征

Current Status and Occurrence Characteristics of Water-soluble Helium Resources in Qinghai Province

晁海德 1王琪玮 1韩生林 2安生婷 1徐永锋 1巩志远 1李青 1谢菁 1李吉庆 1蔡廷俊1

作者信息

  • 1. 青海省第四地质勘查院,青海 西宁 810029||青海省页岩气资源重点实验室,青海 西宁 810029
  • 2. 青海九零六工程勘察设计院有限责任公司,青海 西宁 810007
  • 折叠

摘要

Abstract

As a special type of helium reservoir,water-soluble helium has gradually received widespread atten-tion in recent years.Qinghai Province has a vast territory and abundant groundwater resources such as hot springs.Through a systematic investigation of hot springs,cold springs,and brine,the distribution,content,ge-netic characteristics,and relationship with temperature and mineralization of water-soluble helium resources were systematically explored.Research has shown that the distribution of water-soluble helium resources in Qinghai Province is closely related to intrusive rocks,mainly distributed in the Qaidam Basin,Gonghe Basin,Maduo Region,and South Qilian Basin.Among them,the Qaidam Basin has the highest water-soluble helium content,up to 1.1%;Estimate the helium production in the Qaidam Basin,Gonghe Basin,Maduo Region,and South Qilian Basin,which are 39.49×108 m3,2.16×108 m3,1.46×108 m3,and the R/Ra is 0.003~0.068,indi-cating a typical crustal origin gas;The helium content is weakly positively correlated with temperature and posi-tively correlated with mineralization,and hot springs with water temperature greater than 25℃and saline water with mineralization greater than 1 g/l are favorable environments for the occurrence of water-soluble helium re-sources in Qinghai Province.

关键词

水溶氦气/资源现状/赋存特征/矿化度/青海省

Key words

water-soluble helium/resource status/existence characteristics/salinity/Qinghai Province

分类

天文与地球科学

引用本文复制引用

晁海德,王琪玮,韩生林,安生婷,徐永锋,巩志远,李青,谢菁,李吉庆,蔡廷俊..青海省水溶氦气资源现状及赋存特征[J].西北地质,2025,58(5):33-45,13.

基金项目

青海省地质矿产勘查开发局地质勘查项目"青海省清洁能源靶区优选"(青地矿科[2020]61、青地矿科[2021]61)、(青地矿科[2022]32)、"柴达木盆地北缘全吉地块氦气形成地质条件及资源潜力评价资助"(青地矿科[2022]32)联合资助. (青地矿科[2020]61、青地矿科[2021]61)

西北地质

OA北大核心

1009-6248

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