[an error occurred while processing this directive] 世界地质 2023, 42(2) 297-308 DOI:     ISSN: 1004-5589 CN: 22-1111/P

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海拉尔盆地
乌尔逊&mdash
贝尔凹陷
南屯组
砂岩储层
物性界限
本文作者相关文章
刘丽娟
PubMed
Article by Liu L
 海拉尔盆地乌尔逊—贝尔凹陷南屯组砂岩储层物性界限与分级评价
 刘丽娟
 大庆油田有限责任公司 勘探开发研究院, 黑龙江 大庆 163712
摘要:  厘定常规储层??致密储层? 致密储层??无效储层等重要物性界限和建立储层分级评价标准一直是 国内外储层研究工作中不可或缺的内容? 笔者以海拉尔盆地中部断陷带乌尔逊—贝尔凹陷南屯组砂岩 储层为研究对象, 综合运用力学平衡法? 含油产状法? 最小流动孔喉半径法等多种方法明确南屯组砂 岩储层各类物性界限, 其中常规储层??致密储层物性界限为孔隙度 12% ? 渗透率 1 mD, 致密储层??无 效储层物性界限为孔隙度 4% ? 渗透率 0.03 mD? 结合孔渗? 高压压汞? 核磁共振等实验分析得到的 储层内部结构表征参数, 建立了储层分级评价标准, 将南屯组砂岩储层划分为常规储层Ⅰ类 (RQI≥ 1)? 常规储层Ⅱ类 (0?? 33≤RQI < 1)? 致密储层Ⅰ类 (0.13≤RQI < 0.33)? 致密储层Ⅱ类 (0.07≤ RQI < 0.13) 和无效储层 (RQI < 0.07) 5 个类别, 揭示了不同类型储层的宏观物性和微观孔隙结构 特点, 试油试采资料证实该储层分类方案与试油产液量具有较好的相关性? 研究进一步明确了不同类 型储层的适配试油工艺, 常规储层Ⅰ类一般通过直井常规测试即可获得工业油流, 常规储层Ⅱ类需开 展一定规模的压裂工作后可获工业油流, 致密储层Ⅰ类一般需直井大规模压裂可获工业油流, 致密储 层Ⅱ类需要通过水平井体积压裂改造? 
关键词     海拉尔盆地   乌尔逊&mdash   贝尔凹陷   南屯组   砂岩储层   物性界限  
 Physical property boundaries and grouping evaluation of sandstone reservoirs in Nantun Formation from Wuerxun??Beier sag, Hailar Basin
 LIU Lijuan
 Exploration and Development Research Institute, Daqing Oilfield Company Limited, Daqing 163712, Heilongjiang, China
Abstract:  It has always been an indispensable research in reservoir research to determine the boundaries of key physical properties between conventional and tight, tight and ineffective reservoirs and establish the criteria of grouping evaluation, at home and abroad. Taking sandstone reservoirs of Nantun Formation in Wuerxun??Beier sag of Hailar Basin as an example, the key physical property boundaries of the sandstone reservoirs of Nantun Formation are determined by comprehensive application of mechanical balance, oil?bearing occurrence, minimum flow pore throat radius and other methods. It has been recognized that the porosity of 12% and permeability of 1 mD consti? tute the boundary between conventional and tight reservoirs, with 4% porosity and 0.03 mD permeability being that between tight and ineffective reservoirs. Based on the study above, the criteria of reservoir grouping evaluation were established by the internal structure characterization parameters of the reservoir obtained by high pressure Hg injec? tion, NMR and other experimental analysis. The sandstone reservoirs of the Nantun Formation are divided into five categories: conventional type Ⅰ (RQI≥1), conventional type Ⅱ (0.33≤RQI < 1), tight type Ⅰ, (0.13≤ RQI < 0.33) tight type Ⅱ (0.07≤RQI < 0.13), and ineffective type (RQI < 0.07), which reveal the macro? scopic physical properties and microscopic pore structure characteristics of different reservoir types. The oil test and production data confirm that the reservoir grouping scheme has a good correlation with production in oil test. Fur? thermore, it is clarified the adaptation testing technology of different types of reservoirs as follows. For conventional reservoir type I, industrial oil flow can be obtained by vertical wells routine testing. For conventional reservoir type Ⅱ, industrial oil flow requires a certain scale of fracturing. For tight reservoir type Ⅰ, industrial oil flow generally requires vertical well with large?scale fracturing. For tight reservoir type Ⅱ, industrial oil flow can be achieved by horizontal well with volume fracturing. 
Keywords:  Hailar Basin   Wuerxun ??Beier sag   Nantun Formation   sandstone reservoir   physical property boundaries  
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