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北京地热利用与碳减排 被引量:3

Geothermal Resources Development and CO_2 Emission Reduction in Beijing
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摘要 北京的地热开发利用经历了几十年,具有了相当的规模,但是目前还处于粗放模式。为了充分有效的发挥优质清洁能源的优势,需要计算地热集中供暖的碳减排量再进入到碳交易市场。为计算地热集中供暖所实现的碳减排量,首先需要对北京地区的地热集中供暖情况进行调查和统计,通过地热井的数量和地热能开采量来确定地热资源的开发规模,通过长期监测来掌握地热井压力的变化情况,在此基础上根据相关的方法学核算出每年的碳减排量并向国家相关部门申报,通过审批后即可向联合国气候变化框架公约组织申请注册并进入碳交易市场。 Geothermal resources utilization in Beijing has achieved a remarkable scale for decades, but still in a extensive mode. In order to take advantage of geothermal resources as clean energy effectively, CO2 Emission Reduction based on geothermal resources for space heating should be calculated before it enters carbon trading market. Before CO2 Emission Reduction calculation, investigation and statistics of general situation on geothermal space heating need fi rstly to confi rm geothermal resources development scale based on geothermal wells quantity and geothermal energy production, to understand geothermal well pressure variation based on long-term monitoring, and then calculate CO2 Emission Reduction by specifi c methodology to submit application to relevant state departments, after which register application submitted to the United Nations Framework Convention on Climate Change(UNFCCC) Organization is permitted and enter carbon trading market.
作者 王树芳
出处 《城市地质》 2014年第A01期22-24,29,共4页 Urban Geology
关键词 深层地热 节能减排 CDM(Clean DEVELOPMENT Mechanism) 北京 Deep geothermal resources CO2 Emission Reduction CDM(Clean Development Mechanism) Beijing
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参考文献3

  • 1中国清洁发展机制网.http://cdm.ccchina.gov.cn/web/html/whatsCDM.htm.
  • 2中华人民共和国中央人民政府网.http://www.gov.cn/jrzg/2014-01/08/content_2562404.htm.
  • 3中国清洁发展机制网.CM-022-V01供热中使用地热替代化石燃料.http://cdm.ccchina.gov.cn/list.aspx?clmId=20.

同被引文献18

  • 1向烨,赵丰年,马春红.能源行业地热能标准体系解析及高质量发展建议[J].山东化工,2021,50(8):165-169. 被引量:2
  • 2林日亿,李兆敏,王景瑞,盖平原,侯子旭,栾志勇.塔河油田超深井井筒掺稀降粘技术研究[J].石油学报,2006,27(3):115-119. 被引量:46
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  • 6范建勇,马峰.全国地热资源调查评价取得重要进展[EB,0L].2014—11-2412015—02-011.http://www.cgs.gov.cn/xwtzgg/jrgengxin/28400.htm.
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