合成材料老化与应用2025，Vol.54Issue(5)：32-34,56,4.
页岩储层水基钻井液用高效润滑剂研究
Research on High-efficiency Lubricants for Water-based Drilling Fluids in Shale Reservoirs
摘要
Abstract
In order to improve the lubrication performance of water-based drilling fluid for horizontal well drilling in shale reservoirs and enhance drilling efficiency,an efficient lubricant RH-1 was prepared using recycled vegetable oil,low-carbon alcohols,fatty acid amides,polyethers,and nanomaterials as the main raw materials.The preparation conditions of high-efficiency lubricant RH-1 were optimized through indoor lubrication performance evaluation experiments,and its influence on the performance of on-site water-based drilling fluid system was evaluated.Its temperature resistance and environmental performance were examined.The results showed that when the concentration of catalyst was 0.5％,the reaction temperature was 160℃,and the reaction time was 2.5 hours,the lubricating effect of the prepared high-efficiency lubricant RH-1 was the best.When its dosage was 3％,the reduction rate of lubrication coefficient of the base slurry could reach 85.8％.The compatibility of high-efficiency lubricant RH-1 with on-site drilling fluid is good,and the recommended optimal dosage is 3％.The lubrication coefficient of drilling fluid can be reduced to 0.095,and its impact on the rheological and filtration performance of drilling fluid is relatively small.The high-efficiency lubricant RH-1 also has good temperature resistance and environmental performance,and can still exert good lubrication effect after aging at 150℃,with strong adaptability.关键词
页岩储层/水基钻井液/高效润滑剂/耐温性能/环保性能Key words
shale reservoir/water-based drilling fluid/efficient lubricant/temperature resistance/environmental performance分类
能源科技引用本文复制引用
许扬哲,蔡东胜,冀琳娜,孙沁雪,马洪亮,张鹏..页岩储层水基钻井液用高效润滑剂研究[J].合成材料老化与应用,2025,54(5):32-34,56,4.基金项目
中国石油玉门油田分公司科技项目(YM2023-7) （YM2023-7）
中国石油油气和新能源分公司科技项目(2023YQX101). （2023YQX101）
