黑龙江科学2024,Vol.15Issue(24) :116-120.

基于CiteSpace的煤矿矿井水研究进展

Research Progress and Prospect of Coal Mine Water Based on CiteSpace

陆仕文 陈双益
黑龙江科学2024,Vol.15Issue(24) :116-120.

基于CiteSpace的煤矿矿井水研究进展

Research Progress and Prospect of Coal Mine Water Based on CiteSpace

陆仕文 1陈双益1
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作者信息

  • 1. 贵州林东矿业集团有限责任公司,贵州毕节 551700
  • 折叠

摘要

我国煤矿矿井水产量大、处理成本高、综合利用率低,因此实现煤矿矿井水降本增效、零排放及高效利用是推动绿色矿山生态建设与煤炭行业高质量发展的关键.为了探究煤矿矿井水处理及利用的研究现状、热点及发展趋势,以中国知网(CNKI)数据库2003年-2023年9月19日共256篇相关文献作为研究对象,借助CiteSpace软件绘制研究作者、科研机构及关键词的网络图谱来分析我国矿井水领域研究热点的变化趋势.结果表明,何绪文、崔东锋、李福勤等是煤矿矿井水领域的高产作者,影响力较高的核心机构是中国矿业大学和中煤科工集团,发文机构主要以企业为主.该领域的研究重点逐渐从初级的净化处理转向分级处理和深度处理.煤矿矿井水井下处理、分级处理及预热低温处理将成为未来的研究热点.

Abstract

China's coal mine water production is large,the treatment cost is high,and the comprehensive utilization rate is low.So the realization of coal mine water cost reduction and efficiency increase,zero discharge and efficient utilization is the key to promote green mine ecological construction and high-quality development of coal industry.In order to explore the research status,hot spots and development trends of coal mine water treatment and utilization,the study selects 256 relevant papers in CNKI database from 2003 to September 19,2023 as the research objects,draws a network map of research authors,research institutions and keywords with CiteSpace software,so as to analyze the changing trend of research hotspots in mine water in China.The results show that He Xuwen,Cui Dongfeng and Li Fuqin,etc.are the high-yield authors in the field of coal mine water.The core institutions with high influence are China University of Mining and Technology and China Coal Science and Technology Group.The issuing institutions are mainly the enterprises.The research focus in this field has gradually shifted from primary purification treatment to fractional treatment and advanced treatment.Underground treatment,classification treatment and preheating and low temperature treatment of coal mine wells will become the research hotspots in the future.

关键词

煤矿矿井水/综合利用/处理方法/CiteSpace

Key words

Coal mine water/Comprehensive utilization/Treatment method/CiteSpace

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出版年

2024
黑龙江科学
黑龙江省科学院

黑龙江科学

影响因子:1.014
ISSN:1674-8646
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