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安太堡零碳露天矿建设体系研究OA

Research on zero carbon construction system for Antaibao Open-pit Mine

中文摘要英文摘要

为顺应全球绿色低碳转型趋势,积极响应国家"双碳"目标,分析了安太堡露天矿的能源与碳排放概况以及现有的资源条件,针对安太堡零碳露天矿建设,提出了从源头减碳、过程降碳、末端固碳的建设体系,具体实施体现为矿山近零碳能源系统建设、矿山智能柔性物联网构建、矿山办公楼节能低碳与办公场地海绵立体碳汇 3 个方面.结果表明:零碳露天矿体系建成后,矿山碳减排比例可达 60.46%,区域生态净碳排放-21.5 t/年,可有效降低矿区碳排放强度.

In order to conform to the trend of global green low-carbon transformation and actively respond to the national"double carbon"goal,the article analyzes energy and carbon emissions and the existing resource conditions in Antaibao Open-pit Mine.Aiming at the zero carbon construction of Antaibao Open-pit Mine,the article presents a construction system of carbon reduction from the source,carbon reduction in the process and carbon sequestration at the end.The specific implementation is reflected in the construction of near zero carbon energy system in mines,the construction of intelligent flexible internet of things in mines,energy saving and low carbon of mine office buildings and three-dimensional carbon sink of sponge in office space.The results show that after building zero carbon open-pit mine system,the proportion of carbon emission reduction in mines is expected to reach 60.46%,and the ecological carbon emission is 21.5 t/year,effectively reducing the carbon emission intensity of mining areas.

付长余

中煤平朔集团有限公司,山西 朔州 036000

资源环境

露天煤矿零碳能耗分析智能柔性物联网碳汇

open-pit coal minezero carbonenergy consumption analysisintelligent flexible internet of thingscarbon sink

《露天采矿技术》 2026 (3)

6-10,5

10.13235/j.cnki.ltcm.20250301

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