CAJ | 학술논문

水平井压裂技术是开发难动用低渗储层的有效手段，为更好指导水平井现场压裂优化设计和施工，建立考虑导流能力变化的水平井压裂三维两相生产动态模型，并用经典方法验证其准确性，并以此为基础编制水平井压裂参数优化设计模拟软件，综合考虑各方面因素，采用单因素分析和多因素分析相结合的方法对影响因素进行敏感性分析，并选取对水平井压裂影响较大的5个因素，采用正交试验结合灰色关联分析方法优选多因素影响条件下裂缝参数，分析表明裂缝半长和条数是影响压裂水平井的最主要因素。根据试验结果对现场一口井进行方案优选，为现场水平井压裂的实施提供重要的指导意义。
수평정압렬기술시개발난동용저삼저층적유효수단，위경호지도수평정현장압렬우화설계화시공，건립고필도류능력변화적수평정압렬삼유량상생산동태모형，병용경전방법험증기준학성，병이차위기출편제수평정압렬삼수우화설계모의연건，종합고필각방면인소，채용단인소분석화다인소분석상결합적방법대영향인소진행민감성분석，병선취대수평정압렬영향교대적5개인소，채용정교시험결합회색관련분석방법우선다인소영향조건하렬봉삼수，분석표명렬봉반장화조수시영향압렬수평정적최주요인소。근거시험결과대현장일구정진행방안우선，위현장수평정압렬적실시제공중요적지도의의。
Horizontal well fracturing technology is an effective mean of developing the low ,ultra-low permeability reservoirs . For guiding the optimal design and construction of the fracturing of horizontal wells in field ,establish the three-dimensional two-phase producing dynamic models considering changes in the conductivity of horizontal well fracturing was established ,and the dynamic simulation of horizontal well fracturing production software was prepared to analysis the sensitivity of fracture geometry parameters ,reservoir conditions ,production of construction time and etc .And the influence degree of all kinds of factors were considered throught single factor and multi-factor analysis .Based on the result of single factor anlysis ,five factors that impact larger were selected out for the multi-facor analysis .Orthogonal experiments and grey correlation analysis were used for the mulit-factor analysis .The result shows that the fracture number and length are the main two factors .According to the analysis result ,the optimization of the well are done to provide the guidance for implementation of the field horizontal well’s fracturing .