OBTAINING ELASTOMERIC CORONOELECTRETES FOR SEALING UNITS OF OILFIELD EQUIPMENT

A. Kydyraliev, O. K. Beisenbayev, K. Nadirov, G. Bimbetova
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Abstract

The article discusses the issues of obtaining elastomeric coronoelectretes for sealing units of oilfield equipment. In the conditions of collecting and preparing oil in the fields, the issues of using products based on rubber compounds for sealing during the operation of equipment in direct contact with the borehole fluid, which is to a certain extent an aggressive environment, are relevant. The composition of a polymer elastomeric coronoelectret for sealing units of oil industry equipment has been developed. The composite is based on low-density polyethylene, butadiene - nitrile synthetic rubber of the BNKS-18AMN brand, ethylene copolymer with vinyl acetate (savylene 11104-030), technical gossypol, organic modifiers. The effect of additives on the electret properties of composites is shown. Based on experimental data, it was found that the resulting composite material based on modified low-density polyethylene, savylene, technical gossypol, organomodified layered silicates, butadiene-nitrile rubber in the electret state has sufficient resistance, and giving them an electret state additionally reduces the amount of their swelling in the conditions of production of borehole products.
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研制油田设备密封装置用弹性电晕电极
论述了油田设备密封装置用弹性电晕电极的制备问题。在油田采油、采油条件下,直接接触井筒流体的设备在一定程度上是一种腐蚀性环境,在作业过程中使用基于橡胶化合物的产品进行密封的问题是相关的。研制了一种用于石油工业设备密封装置的聚合物弹性体电晕驻极体的组成。该复合材料以低密度聚乙烯、BNKS-18AMN牌丁腈合成橡胶、乙烯与醋酸乙烯(萨维恩11104-030)共聚物、技术棉酚、有机改性剂为基础。研究了添加剂对复合材料驻极体性能的影响。实验数据表明,改性低密度聚乙烯、savylene、技术棉酚、有机改性层状硅酸盐、丁腈橡胶等处于驻极体状态的复合材料具有足够的电阻,使其处于驻极体状态还能减少其在井用产品生产条件下的膨胀量。
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SELECTION OF THE OPTIMAL METHOD OF INTENSIFICATION AND STABILIZATION OF OIL PRODUCTION IN THE FIELDS OF WESTERN KAZAKHSTAN DUST COLLECTION EFFICIENCY UNDER IN-PHASE TURBULENCE CONDITIONS IN THE PRESENCE OF PHASE TRANSITIONS PERSPECTIVES OF SEARCH FOR RAW HYDROCARBON AND SOLID MINERALS DEPOSITS IN THE EASTERN HALF OF PRECASPIAN DEPRESSION (AKSAI – NORTH MAKAT AREA) THEORETICAL JUSTIFICATION OF THE THERMAL METHOD – STEAM CYCLIC TREATMENT OF WELLS OF THE X DEPOSIT INTENSIFICATION OF INJECTION WELLS TO INCREASE PRODUCTION OF LIQUID HYDROCARBONS AT THE KARACHAGANAK FIELD
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