江汉石油学院学报
江漢石油學院學報
강한석유학원학보
JOURNAL OF JIANGHAN PETROLEUM INSTITUTE
2001年
2期
32-33
,共2页
张志全%张军%许弟龙%胡东%张保国%唐艳
張誌全%張軍%許弟龍%鬍東%張保國%唐豔
장지전%장군%허제룡%호동%장보국%당염
煤层气井%水力压裂%设计%模型%效果
煤層氣井%水力壓裂%設計%模型%效果
매층기정%수력압렬%설계%모형%효과
针对煤层气井储层特性和压裂的特殊性,选择了拟三维模型进行水力压裂设计。针对一口具体井的资料进行了模拟计算,计算结果合理。同时就地面注液排量、压裂液稠度系数和地应力差值对裂缝几何形态的影响进行了计算和分析,并提出了相应的建议。
針對煤層氣井儲層特性和壓裂的特殊性,選擇瞭擬三維模型進行水力壓裂設計。針對一口具體井的資料進行瞭模擬計算,計算結果閤理。同時就地麵註液排量、壓裂液稠度繫數和地應力差值對裂縫幾何形態的影響進行瞭計算和分析,併提齣瞭相應的建議。
침대매층기정저층특성화압렬적특수성,선택료의삼유모형진행수력압렬설계。침대일구구체정적자료진행료모의계산,계산결과합리。동시취지면주액배량、압렬액주도계수화지응력차치대렬봉궤하형태적영향진행료계산화분석,병제출료상응적건의。
In consideration of reservoir charateristics and particalarity of fracturing of coal-bed gas well,a psuedo 3D fracture model is selected to design the hydraulic fracturing.A simulation calculation is performed with data from a specific well,of which the result is reasonable,at the same time calculation and analysis are conducted on the geometry of fractures based on the displacement of surface injected fluid,density coefficient of fracturing fluid and differential value of earth stress,thus related proposals are made.