石油钻采工艺
石油鑽採工藝
석유찬채공예
OIL DRILLING & PRODUCTION TECHNOLOGY
2009年
z1期
48-52
,共5页
熊伟%运华云%赵铭海%王宁%邢焕清%黄蓉
熊偉%運華雲%趙銘海%王寧%邢煥清%黃蓉
웅위%운화운%조명해%왕저%형환청%황용
成像测井%砂砾岩体%岩相%沉积构造%有利储层
成像測井%砂礫巖體%巖相%沉積構造%有利儲層
성상측정%사력암체%암상%침적구조%유리저층
imaging logging%glutenite%lithofacies%sedimentary tectonics%favorable reservoir
针对陡坡带砂砾岩扇体复杂油气勘探目标,建立适合的成像测井地质解释方法和模式;利用岩心资料对成像测井图象进行了标定,对成像图象的多解性进行了分析;结合常规测井和地震资料,对有利储层的成像特征和发育展布规律进行了探索研究;建立了砂砾岩体典型岩性和主要沉积构造的成像测井解释图版;纠正了前人在成像资料应用中存在的错误;根据在东营北带砂砾岩体沉积、储层研究中的具体应用,总结了一套完善的成像测井地质解释方法和技术流程.利用成像资料能够对砂砾岩体岩性、沉积构造做较为准确的判识,如何利用成像测井的纵向连续高分辨率实现对有利储层的精细判识是今后研究的重点.
針對陡坡帶砂礫巖扇體複雜油氣勘探目標,建立適閤的成像測井地質解釋方法和模式;利用巖心資料對成像測井圖象進行瞭標定,對成像圖象的多解性進行瞭分析;結閤常規測井和地震資料,對有利儲層的成像特徵和髮育展佈規律進行瞭探索研究;建立瞭砂礫巖體典型巖性和主要沉積構造的成像測井解釋圖版;糾正瞭前人在成像資料應用中存在的錯誤;根據在東營北帶砂礫巖體沉積、儲層研究中的具體應用,總結瞭一套完善的成像測井地質解釋方法和技術流程.利用成像資料能夠對砂礫巖體巖性、沉積構造做較為準確的判識,如何利用成像測井的縱嚮連續高分辨率實現對有利儲層的精細判識是今後研究的重點.
침대두파대사력암선체복잡유기감탐목표,건립괄합적성상측정지질해석방법화모식;이용암심자료대성상측정도상진행료표정,대성상도상적다해성진행료분석;결합상규측정화지진자료,대유리저층적성상특정화발육전포규률진행료탐색연구;건립료사력암체전형암성화주요침적구조적성상측정해석도판;규정료전인재성상자료응용중존재적착오;근거재동영북대사력암체침적、저층연구중적구체응용,총결료일투완선적성상측정지질해석방법화기술류정.이용성상자료능구대사력암체암성、침적구조주교위준학적판식,여하이용성상측정적종향련속고분변솔실현대유리저층적정세판식시금후연구적중점.
Aiming at glutenite fan body, a complex exploration goal at steep slope zone, a suitable imaging logging interpre-tation method and mode were developed. The pictures of imaging logging were demarcated and multi-solution of pictures was analyzed by a great amount of core data. The imaging characteristics and distribution of favorable reservoir were studied com-bined with conventional logging and seismic data. The interpretation chart for imaging logging data of typical lithology and main sedimentary tectonics of glutenite was built. Some faults during application of imaging data in former work were correc-ted. A series of imaging logging interpretation methods and processes have been summarized according to practice in the study of glutenite in north part of Dongying formation. Exact determination for lithology and main sedimentary tectonics of glutenite can be realized by using of imaging logging data. Fine determination of favorable reservoir by using of vertical continuous high -resolution of imaging logging data is a key point for further research.