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Research on Emulsion Stability and Solubility of Polymer Drag Reducer

Research on Emulsion Stability and Solubility of Polymer Drag Reducer
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摘要 In oilfield fracturing construction, to solve the technical problems such as poor dissolution effect and long dissolution time of polymer drag reducer powder, the rheological regulator, phase transfer agent, organic solvent, and drag reducer powder were compounded to prepare a drag reducer emulsion that was soluble in water. The stability of the drag reducer emulsion was observed at room temperature for 90 days. The effects of the rheological regulator, phase transfer agent, and organic solvent on the stability and solubility of the drag reducer emulsion were studied. The dissolution time, dissolution effect, viscosity of the aqueous solution, and drag reduction performance of the drag reducer emulsion were evaluated. The results show the stability rate of the drag reducer emulsion prepared by MOST-1 rheological regulator, BHJ-8 and BHJ-6 compound phase inversion agent, ethylene glycol ether and 120 - 140 mesh powder can reach 97% at room temperature for 90 days. Compared with the drag reducer powder, when the aqueous solution concentration is 0.1%, the dissolution time is only 28 s, the viscosity can be increased by 30%, and the drag reduction rate can be increased by up to 8%. In oilfield fracturing construction, to solve the technical problems such as poor dissolution effect and long dissolution time of polymer drag reducer powder, the rheological regulator, phase transfer agent, organic solvent, and drag reducer powder were compounded to prepare a drag reducer emulsion that was soluble in water. The stability of the drag reducer emulsion was observed at room temperature for 90 days. The effects of the rheological regulator, phase transfer agent, and organic solvent on the stability and solubility of the drag reducer emulsion were studied. The dissolution time, dissolution effect, viscosity of the aqueous solution, and drag reduction performance of the drag reducer emulsion were evaluated. The results show the stability rate of the drag reducer emulsion prepared by MOST-1 rheological regulator, BHJ-8 and BHJ-6 compound phase inversion agent, ethylene glycol ether and 120 - 140 mesh powder can reach 97% at room temperature for 90 days. Compared with the drag reducer powder, when the aqueous solution concentration is 0.1%, the dissolution time is only 28 s, the viscosity can be increased by 30%, and the drag reduction rate can be increased by up to 8%.
作者 Lei Yu Weichu Yu Li Jia Yadong Sun Feng Zhou Min Li Lei Zhang Wei Yin Lei Yu;Weichu Yu;Li Jia;Yadong Sun;Feng Zhou;Min Li;Lei Zhang;Wei Yin(School of Chemical and Environmental Engineering, Yangtze University, Jingzhou, China;Hubei Engineering Research Center for Cleaner Production and Pollutant Control of Oil and Gas Fields, Jingzhou, China;CNPC Chuanqing Drilling Engineering Co., LTD., Chengdu, China;CNPC Great Wall Drilling Engineering Co., LTD., Beijing, China;Fracturing Company, CNPC Great Wall Drilling Engineering Co., LTD., Panjin, China;Downhole Operation Company, Zhongyuan Petroleum Engineering Co., LTD., Puyang, China)
出处 《Open Journal of Applied Sciences》 CAS 2022年第12期1955-1967,共13页 应用科学(英文)
关键词 Drag Reducing Agent Dissolution Effect Dissolution Time Stability Rate Drag Reduction Rate Drag Reducing Agent Dissolution Effect Dissolution Time Stability Rate Drag Reduction Rate
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