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Drilling waste management: Option evaluation for the SAGD oil sands industry.

机译:钻井废料管理:SAGD油砂行业的选项评估。

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The Athabasca oil sands contain the second largest oil deposit in the world. The new in-situ extraction process known as Steam Assisted Gravity Drainage (SAGD) utilizes drilling rigs to install SAGD well bores into the oil sands reservoir. The drilling process produces drilled sand which is classified as a waste that contains a hydrocarbon concentration of up to 18% by weight. The drilling of one well pair generates approximately 500 tonnes of drilled sand. Current disposal methods will place an enormous strain on the Class II landfill systems, transportation corridors and social infrastructure. The goal of this research was to determine the most sustainable treatment option for the management of drilled sand in terms of social, economic, and environmental considerations. The results indicate that bitumen can be recovered from drilled sand and the drilled sand can also be used as a base material for cold mix asphalt.
机译:阿萨巴斯卡油砂蕴藏着世界第二大油藏。称为蒸汽辅助重力排水(SAGD)的新的原位开采工艺利用钻机将SAGD井眼安装到油砂储层中。钻探过程产生的钻探沙子被分类为废物,其中的烃类浓度最高为18%(重量)。一对井的钻探产生约500吨的钻探砂。当前的处置方法将对II类垃圾填埋系统,运输走廊和社会基础设施造成巨大压力。这项研究的目的是根据社会,经济和环境方面的考虑,确定最可持续的处理砂土管理方案。结果表明,可以从钻探砂中回收沥青,并且钻探砂还可以用作冷拌沥青的基础材料。

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