Use of Drill Cuttings for Road Building

Anton Sergeevich Vlasov, Konstantin Georgievich Pugin
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Abstract

The negative impact on the environment from drill cuttings resulting from drilling wells for oil production is assessed in this article. Environmental hazards are contaminants such as petroleum products, drilling fluid reagents, and chemical compounds of heavy metals that make up drill cuttings. To assess the negative impact, the heavy metal content indicators and chemical analysis parameters of drill cuttings were determined. It has been established that there are no excesses in the standards for the content of heavy metals in drill cuttings. The results of chemical analysis showed that there are excesses in values: MPC (Maximum Permissible Concentrations), COD (Chemical Oxygen Demand), oil content, solids, hardness, magnesium and calcium ions, chlorides. Two directions of utilization of drill cuttings were selected: the use of drill cuttings in the construction of the foundation of the road, and obtaining material based on drill cuttings to strengthen slopes. A technoground was obtained in the form of a lumpy material for placement in a barn and further excavation for filling embankments and strengthening soil. In preliminary studies, it was found that theb technoground sample with the following component composition has the most stable strength characteristics: cement - 20%; drill cuttings - 80%; liquid glass - 2% over 100% of the mixture. Keywords: drill cuttings, negative impact, environment, utilization, technoground
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钻屑在筑路中的应用
本文对钻井采油过程中产生的钻屑对环境的负面影响进行了评价。环境危害是污染物,如石油产品、钻井液试剂和构成钻屑的重金属化合物。为了评估负面影响,确定了钻屑重金属含量指标和化学分析参数。经确认,钻屑中重金属含量标准不存在超标现象。化学分析结果显示:MPC(最大允许浓度)、COD(化学需氧量)、含油量、固体、硬度、镁离子和钙离子、氯化物等值超标。选择了钻屑利用的两个方向:在道路基础施工中使用钻屑,以及以钻屑为基础获取材料加固边坡。技术场地以块状材料的形式获得,用于放置在谷仓中,并进一步挖掘以填充堤防和加强土壤。在初步研究中发现,采用以下组分组成的工艺磨样具有最稳定的强度特性:水泥- 20%;钻屑- 80%;液体玻璃-百分之百混合物的百分之二。关键词:钻屑;负面影响;环境
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