天津岩溶地热田热储特征研究

从天津大地构造特征和地层分布入手，综合分析了岩溶热储特征.认为天津地区主要大地构造格局从西北向东南依次为冀中拗陷、沧县隆起和黄骅拗陷，主要断裂有北东向的沧东断裂、天津断裂以及北西向的宁河-宝坻断裂.岩溶地热田主要分布在沧县隆起上，发育了王草庄、大城、潘庄、双窑和小韩庄凸起等地热田.研究认为蓟县系雾迷山组在天津全境普遍分布，岩性为深灰色粗晶白云岩、隧石条带状白云岩，裂缝岩溶发育，孔渗性较好，是主要热储层.寒武系、奥陶系热储在沧县隆起核部大面积缺失，在其他地区广泛分布，是主要热储层之一.沧县隆起的热流值较周围地区高，地热水的来源主要为北部蓟县山区，热水运移的最重要通道是大断裂以及不整合面.     

陕北南泥湾油田测井方法技术及发展方向

本文着重介绍了陕北南泥湾油田特低渗高阻含油层的测井系列选择及测井解释原则,并利用测井曲线估算储集层参数孔隙度、渗透率、含油饱和度,选择最佳压裂油段,取得了显著的地质效果。文中最后指出陕北石油测井今后应解决的地质问题和测井发展方向——数字测井技术。     

重庆市沥鼻峡背斜地热地质特征

采用经验总结法和文献研究法，通过对沥鼻峡热储构造上的温泉和地热井勘查资料进行系统研究，发现沥鼻峡背斜具有典型的层状热储结构特征，是目前华蓥山复式背斜钻获地热水水温最低的热储构造，地热水以硫酸钙型水质为主，目前已知地热井和温泉具有水温普遍低于37℃和水量衰减较明显的特征.初步认为钻获地热水温低可能与构造有一定的关系.     

地质统计学方法在井间储层参数预测中的应用

本文探讨了利用地质统计学中的三种克立格方法进行井间储层参数预测的原理及方法,并在某油田中应用,通过最优性检验,建立起了适合研究区地质特点的各种储层参数的最佳估计模型,揭示了储层参数在三维空间的变化规律,为建立三维储层预测模型开辟了新的方法。     

地震信息对薄砂岩储层特性的描述

近年来,以地震信息为主进行油气藏描述,这是当前对石油勘探的重点攻关课题.本文结合我国陆上和海域部分油田或含油气构造的实际资料,运用地震信息为主,结合测井、地质及钻井等资料,对储层进行综合解释。同时,提出了用多地震信息计算薄层厚度的基本公式,根据地区性岩性和地震资料的差异,使用了确定性地质统计和Coringing分析两种方法进行储层物性参数的预测,文中给出大量的实例说明各种储层参数描述方法和应用效果。     

新疆石河子南山洼地地下水库及开发利用建议

本文描述了石河子南山洼地中库容量为140×10~8m~3的地下水库,并提出建立水源地开采14m~3/s流量地下水的建议。     

An experiment on reservoir representation schemes to improve hydrologic prediction: coupling the national water model with the HEC-ResSim

ABSTRACT

This study experiments with reservoir representation schemes to improve the ability to model active water management in the National Water Model (NWM). For this purpose, we developed an integrated water management model, NWM-ResSim, by coupling the NWM with HEC-ResSim, and two reservoir representation schemes are tested: simulation of reservoir operations and retrieval of scheduled operations. The experiments focus on a pilot reservoir domain in the Russian River basin – Lake Mendocino, California – and its contributing watershed. The evaluation results suggest that the NWM-ResSim improves the simulation performance of reservoir outflow from this managed reservoir over the NWM default level pool routing scheme. The degree of this improvement depends on the suitability of the operation guidance; the reservoir operations simulation scheme could have acceptable errors for the purposes of water resources management, but not for flood operations. Results of the retrieval scheme of scheduled operations demonstrated better performance for sub-daily flood operations.     

Natural gas generation model and its response in accumulated fluids in the Yinggehai basin

The generation of natural gases is much more complicated in comparison with liquid petro-leum in that natural gases could be generated from both humic and sapropelic organic matter at different stages and that natural gases could be organic and inorganic …