首页|基于生命周期思想的油页岩原位开采碳排放核算

基于生命周期思想的油页岩原位开采碳排放核算

扫码查看
基于油页岩原位开采的生产实际,指出油页岩行业碳排放核算存在的问题,并将开采过程中钻井、压裂、加热、油气收集与处理、油气运输,以及废水、废弃物、生活垃圾的处置作为碳排放核算边界,确定碳排放源,构建碳排放核算模型,进一步确定排放因子.通过碳排放模型对某油页岩原位开采先导示范基地进行核算,结果表明:加热环节的排放量占比最大,为 29.44%;各环节中电力消耗产生的排放量最大.最后提出针对性减排措施.
Life Cycle Thinking-Based Carbon Emission Accounting for In-situ Oil Shale Mining
This paper highlights the issues with the oil shale industry's carbon emission accounting based on the actual production of oil shale in-situ mining.It does this by using the drilling,fracturing,heating,oil and gas collection and processing,transportation to refineries,and treatment of wastewater,waste,and domestic waste during the mining process as the boundary of carbon emission accounting,which allows for the identification of the carbon emission source.Thus,the emission factors are ascertained and the carbon emission accounting model is developed.This paper also computes,using an accounting model,the carbon emissions for a pilot oil shale in-situ mining demonstration base.The findings indicate that,of all the links,the heating link generates the largest amount of emissions—29.44%—and that the largest source of emissions overall is electricity use.Lastly,specific steps to reduce emissions are suggested.

Oil shaleCarbon emissionsLife cycleAccounting modelIn-situ mining

刘博、王晓荣、刘伯约、苑宏英、纪冬丽、何少林、宋阳、徐薇

展开 >

中国石油天然气股份有限公司规划总院,北京 100083

北京中陆咨询有限公司,北京 100083

天津城建大学环境与市政工程学院,天津 300384

油页岩 碳排放 生命周期 核算模型 原位开采

国家油页岩生态环境分中心国家重点研发计划课题

2019YFA0705504

2024

油气与新能源
中国石油天然气股份有限公司规划总院

油气与新能源

影响因子:0.436
ISSN:2097-0021
年,卷(期):2024.36(1)
  • 20