中国环境管理干部学院学报
中國環境管理榦部學院學報
중국배경관리간부학원학보
Journal of the Environmental Management College of China - EMCC
2015年
5期
75-77
,共3页
压裂液%水环境%返排液%环境保护
壓裂液%水環境%返排液%環境保護
압렬액%수배경%반배액%배경보호
fracturing fluid%water environment%return liquid%environmental protection
水力压裂技术在油气田生产开发中被广泛使用, 在压裂过程中若注入地层中的压裂液发生泄露, 或者对返排压裂液处理不当, 将会给地下水、 地表水等水环境带来严重的污染和破坏. 处理返排压裂液的六种方法, 每一种方法都有各自的特色及局限性. 从环境保护和节约成本等方面考虑, 重视对返排液处理后循环使用的研究具有意义深远.
水力壓裂技術在油氣田生產開髮中被廣汎使用, 在壓裂過程中若註入地層中的壓裂液髮生洩露, 或者對返排壓裂液處理不噹, 將會給地下水、 地錶水等水環境帶來嚴重的汙染和破壞. 處理返排壓裂液的六種方法, 每一種方法都有各自的特色及跼限性. 從環境保護和節約成本等方麵攷慮, 重視對返排液處理後循環使用的研究具有意義深遠.
수력압렬기술재유기전생산개발중피엄범사용, 재압렬과정중약주입지층중적압렬액발생설로, 혹자대반배압렬액처리불당, 장회급지하수、 지표수등수배경대래엄중적오염화파배. 처리반배압렬액적륙충방법, 매일충방법도유각자적특색급국한성. 종배경보호화절약성본등방면고필, 중시대반배액처리후순배사용적연구구유의의심원.
Hydraulic fracturing te chnology was widely used in the process of oil and gas fields development. Much fracturing fluid was used in the fracturing process, if the leakage occured when it was injected into the stratum, or improper handling with the back fracturing fluid, will bring serious pollution and damage to water environment such as groundwater, surface water ect. By analyzing the six processing methods of the back fracturing fluid, concluded that each method had its own characteristics and limitations. Considering the environmental protection and cost saving, paying attention to the research of circular use of the back fracturing fluid has great significance.