E10 石油勘探、开发与集输工程综合 标准查询与下载

SY/T 5703-1995 石油测井信息代码

本标准规定了石油测井专业在进行计算机信息存储和交换时所需要的信息代码。 本标准适用于在石油及天然气勘探开发数据库中标识石油测井信息名称。

Petroleum Logging Information Code

SY/T 5685-1995 石油物探生产技术管理信息代码

本标准规定了石油地球物理勘探生产技术管理信息代码。 本标准适用于石油物探生产、技术管理、数据库的信息处理、存储和交换。

Petroleum geophysical production technology management information code

SY/T 6020-1994 探井地质录井油气水层解释符合率统计方法

本标准规定了地质录井油层、气层、水层综合解释结论和解释符合率的统计方法。 本标准适用于陆地探井地质录井解释统计工作，海上录井资料解释统计工作亦可参照使用。

Statistical method of coincidence rate of interpretation of oil, gas and water layers in geological logging of exploratory wells

SY/T 5977-1994 综合录井仪录井资料解释规范

本标准规定了综合录井仪录井资料的解释内容与要求、录井资料的异常反应、取值要求、油气水层、异常地层压力和钻井工程施工异常事件的解释原则和依据。 本标准适用于综合录井仪小队在现场进行录井资料的解释工作。

Interpretation specification for logging data of comprehensive mud logging tool

SY/T 5969-1994 气测录井资料解释规程

本标准规定了色谱气测井资料定性解释的程序、内容、方法和要求。 本标准适用于各类探井的气测资料解释。

Specification for Interpretation of Gas Logging Data

SY/T 6057-1994 塔型井架整体运移规程

本标准规定了陆地钻机塔型井架整体运移的条件、准备、检查、作业要求。 本标准适用于陆地钻机塔型井架的整体运移。

Integral movement regulations of tower derrick

SY/T 5343-1994 滤液侵入岩心量的测定方法

本标准规定了采用硫氰酸铵作示踪剂，测定钻井液滤液侵入岩心量时所需要的仪器设备、材料试剂及测定的方法和步骤。 本标准适用于不含硫氰酸盐或氰化物的砂岩油层，采用水基钻井液进行大直径或密闭钻井取心时，测定钻井液滤液侵入岩心的量，检杳取心后量。

Determination method of filtrate intrusion into core

SY 5225-1994 石油与天然气钻井、开发、储运防火防爆安全生产管理规定

本标准规定了石油与天然气钻井、开发、储运防火防爆安全生产的基本要求。 本标准适用于陆上石油与天然气钻井、开发、储运生产作业。浅海石油与天然气的钻井、开发、储运生产作业亦可参照执行。

Oil and natural gas drilling, development, storage and transportation fire and explosion protection safety production management regulations

SY/T 5968-1994 探井试油试采资料质量评定方法

本标准规定了探井试油、试采现场资料质量和成果资料质量的评定内容、评定等级及评定方法。 本标准适用于石油天然气探井试油、试采现场资料质量和成果资料质量的评定。

Quality Evaluation Method of Exploration Well Test Production Data

SY/T 6037-1994 探井地质录井综合解释成果质量验收规范

本标准规定了探井地质录井综合解释质量验收的评价依据、评价指标、统计原则、计算方法、验收要求及质量考核指标。 本标准适用于陆地预探井和评价井地质录井综合解释的质量验收和考核。海上地质录井综合解释的质量验收和考核可参照使用。

Specifications for quality acceptance of geological logging comprehensive interpretation results of exploration wells

SY/T 5346-1994 岩石毛管压力曲线的测定

本标准给出了三种可供选择的测定岩石毛管压力曲线的方法：压汞法、离心法和半渗透隔板法。

Determination of Rock Capillary Pressure Curve

SY/T 6000-1994 原油破乳剂采购规定

本标准规定了原油破乳剂采购的技术要求、到货检验和问题处理。 本标准适用于原油破乳剂的采购。

Crude oil demulsifier procurement regulations

SY/T 6059-1994 塔型井架拆装作业规程

本标准规定了塔型井架及其底座拆卸安装施工程序及作业要求。 本标准适用于塔型井架及其底座用旋转扒杆法拆卸安装施工作业。

Operation rules for tower derrick disassembly and assembly

SY/T 6103-1994 岩石孔隙环氧树脂祷体实验方法

本标准规定了各类岩石孔隙环氧树脂铸体的制作方法，包括原理、工作流程、试剂、实验步骤，铸体样品的酸蚀。 本标准适用于孔隙度在2%以上的各类岩石常规性孔隙铸体。

Experimental Method of Epoxy Resin Body in Rock Pores

SY/T 6035-1994 探井化验报告格式

本标准规定了探井化验报告格式和各项内容的填写要求。 本标准适用于石油天然气探井获取的油、气、水、岩心、岩屑等各种样品的分析、鉴定、试验结果的报告。野外地质勘探中所取得的油、气、水、岩石、沥青、煤等地质样品的分析化验报告也可参照采用。

Exploration Well Test Report Format

ASTM E1739-95e1 喷油现场危险纠正作用的标准指南

1.1 This is a guide to risk-based corrective action (RBCA), which is a consistent decision-making process for the assessment and response to a petroleum release, based on the protection of human health and the environment. Sites with petroleum release vary greatly in terms of complexity, physical and chemical characteristics, and in the risk that they may pose to human health and the environment. The RBCA process recognizes this diversity, and uses a tiered approach where corrective action activities are tailored to site-specific conditions and risks. While the RBCA process is not limited to a particular class of compounds, this guide emphasizes the application of RBCA to petroleum product releases through the use of the examples. Ecological risk assessment, as discussed in this guide, is a qualitative evaluation of the actual or potential impacts to environmental (nonhuman) receptors. There may be circumstances under which a more detailed ecological risk assessment is necessary (see Ref (1). 1.2 The decision process described in this guide integrates risk and exposure assessment practices, as suggested by the United States Environmental Protection Agency (USEPA), with site assessment activities and remedial measure selection to ensure that the chosen action is protective of human health and the environment. The following general sequence of events is prescribed in RBCA, once the process is triggered by the suspicion or confirmation of petroleum release: 1.2.1 Performance of a site assessment; 1.2.2 Classification of the site by the urgency of initial response; 1.2.3 Implementation of an initial response action appropriate for the selected site classification; 1.2.4 Comparison of concentrations of chemical(s) of concern at the site with Tier 1 Risk Based Screening Levels (RBSLs) given in a look-up table; 1.2.5 Deciding whether further tier evaluation is warranted, if implementation of interim remedial action is warranted or if RBSLs may be applied as remediation target levels; 1.2.6 Collection of additional site-specific information as necessary, if further tier evaluation is warranted; 1.2.7 Development of site-specific target levels (SSTLs) and point(s) of compliance (Tier 2 evaluation); 1.2.8 Comparison of the concentrations of chemical(s) of concern at the site with the Tier 2 evaluation SSTL at the determined point(s) of compliance or source area(s); 1.2.9 Deciding whether further tier evaluation is warranted, if implementation of interim remedial action is warranted, or if Tier 2 SSTLs may be applied as remediation target levels; 1.2.10 Collection of additional site-specific information as necessary, if further tier evaluation is warranted; 1.2.11 Development of SSTL and point(s) of compliance (Tier 3 evaluation); 1.2.12 Comparison of the concentrations of chemical(s) of concern at the site at the determined point(s) of compliance or source area(s) with the Tier 3 evaluation SSTL; and 1.2.13 Development of a remedial action plan to achieve the SSTL, as applicable. 1.3 The guide is organized as follows: 1.3.1 Section 2 lists referenced documents, 1.3.2 Section 3 defines terminology used in this guide, 1.3.3 Section 4 describes the significance and use of this guide, 1.3.4 Section 5 is a summary of the tiered approach, 1.3.5 Section 6 presents the RBCA procedures in a step-by-step process, 1.3.6 Appendix X1 details physical/chemical and toxicological characteristics of petroleum products, 1.3.7 Appendix X2 discusses the derivation of a Tier 1 RBSL Look-Up Table and provides an example, 1.3.8 Appendix X3 describes the uses of predictive modeling relative to the RBCA process, 1.3.9 Appendix X4 discusses considerations for institutional controls, and 1.3.10 Appendix X5 provides examples......

Standard Guide for Risk-Based Corrective Action Applied at Petroleum Release Sites

ASTM E1739-95(2002) 喷油现场危险纠正作用的标准指南

1.1 This is a guide to risk-based corrective action (RBCA), which is a consistent decision-making process for the assessment and response to a petroleum release, based on the protection of human health and the environment. Sites with petroleum release vary greatly in terms of complexity, physical and chemical characteristics, and in the risk that they may pose to human health and the environment. The RBCA process recognizes this diversity, and uses a tiered approach where corrective action activities are tailored to site-specific conditions and risks. While the RBCA process is not limited to a particular class of compounds, this guide emphasizes the application of RBCA to petroleum product releases through the use of the examples. Ecological risk assessment, as discussed in this guide, is a qualitative evaluation of the actual or potential impacts to environmental (nonhuman) receptors. There may be circumstances under which a more detailed ecological risk assessment is necessary (see Ref (1). 1.2 The decision process described in this guide integrates risk and exposure assessment practices, as suggested by the United States Environmental Protection Agency (USEPA), with site assessment activities and remedial measure selection to ensure that the chosen action is protective of human health and the environment. The following general sequence of events is prescribed in RBCA, once the process is triggered by the suspicion or confirmation of petroleum release: 1.2.1 Performance of a site assessment; 1.2.2 Classification of the site by the urgency of initial response; 1.2.3 Implementation of an initial response action appropriate for the selected site classification; 1.2.4 Comparison of concentrations of chemical(s) of concern at the site with Tier 1 Risk Based Screening Levels (RBSLs) given in a look-up table; 1.2.5 Deciding whether further tier evaluation is warranted, if implementation of interim remedial action is warranted or if RBSLs may be applied as remediation target levels; 1.2.6 Collection of additional site-specific information as necessary, if further tier evaluation is warranted; 1.2.7 Development of site-specific target levels (SSTLs) and point(s) of compliance (Tier 2 evaluation); 1.2.8 Comparison of the concentrations of chemical(s) of concern at the site with the Tier 2 evaluation SSTL at the determined point(s) of compliance or source area(s); 1.2.9 Deciding whether further tier evaluation is warranted, if implementation of interim remedial action is warranted, or if Tier 2 SSTLs may be applied as remediation target levels; 1.2.10 Collection of additional site-specific information as necessary, if further tier evaluation is warranted; 1.2.11 Development of SSTL and point(s) of compliance (Tier 3 evaluation); 1.2.12 Comparison of the concentrations of chemical(s) of concern at the site at the determined point(s) of compliance or source area(s) with the Tier 3 evaluation SSTL; and 1.2.13 Development of a remedial action plan to achieve the SSTL, as applicable. 1.3 The guide is organized as follows: 1.3.1 Section 2 lists referenced documents, 1.3.2 Section 3 defines terminology used in this guide, 1.3.3 Section 4 describes the significance and use of this guide, 1.3.4 Section 5 is a summary of the tiered approach, 1.3.5 Section 6 presents the RBCA procedures in a step-by-step process, 1.3.6 Appendix X1 details physical/chemical and toxicological characteristics of petroleum products, 1.3.7 Appendix X2 discusses the derivation of a Tier 1 RBSL Look-Up Table and provides an example, 1.3.8 Appendix X3 describes the uses of predictive modeling relative to the RBCA process, 1.3.9 Appendix X4 discusses considerations for institutional controls, and 1.3.10 Appendix X5 provides examples......

Standard Guide for Risk-Based Corrective Action Applied at Petroleum Release Sites

ASTM E1739-95(2010)e1 喷油现场纠正危险作用用的标准指南

The allocation of limited resources (for example, time, money, regulatory oversight, qualified professionals) to any one petroleum release site necessarily influences corrective action decisions at other sites. This has spurred the search for innovative approaches to corrective action decision making, which still ensures that human health and the environment are protected. The RBCA process presented in this guide is a consistent, streamlined decision process for selecting corrective actions at petroleum release sites. Advantages of the RBCA approach are as follows: Decisions are based on reducing the risk of adverse human or environmental impacts, Site assessment activities are focussed on collecting only that information that is necessary to making risk-based corrective action decisions, Limited resources are focussed on those sites that pose the greatest risk to human health and the environment at any time, The remedial action achieves an acceptable degree of exposure and risk reduction, Compliance can be evaluated relative to site-specific standards applied at site-specific point(s) of compliance, Higher quality, and in some cases faster, cleanups than are currently realized, and A documentation and demonstration that the remedial action is protective of human health, safety, and the environment. Risk assessment is a developing science. The scientific approach used to develop the RBSL and SSTL may vary by state and user due to regulatory requirements and the use of alternative scientifically based methods. Activities described in this guide should be conducted by a person familiar with current risk and exposure assessment methodologies. In order to properly apply the RBCA process, the user should avoid the following: Use of Tier 1 RBSLs as mandated remediation standards rather than screening levels, Restriction of the RBCA process to Tier 1 evaluation only and not allowing Tier 2 or Tier 3 analyses, Placing arbitrary time constraints on the corrective action process; for example, requiring that Tiers 1, 2, and 3 be completed within 30-day time periods that do not reflect the actual urgency of and risks posed by the site, Use of the RBCA process only when active remediation is not technically feasible, rather than a process that is applicable during all phases of corrective action, Requiring the user to achieve technology-based remedial limits (for example, asymptotic levels) prior to requesting the approval for the RBSL or SSTL, The use of predictive modelling that is not supported by available data or knowledge of site conditions, Dictating that corrective action goals can only be achieved through source removal and treatment actions, thereby restricting the use of exposure reduction options, such as engineering and institutional controls, The use of unjustified or inappropriate exposure factors, The use of unjustified or inappropriate toxicity parameters, Neglecting aesthetic and other criteria when determining RBSLs or SSTLs, Not considering the effects of additivity when screening multiple chemicals, Not evaluating options for engineering or institutional controls, exposure point(s), compliance point(s), and carcinogenic risk levels before submitting remedial action plans, Not maintaining engineering or institutional controls, and Requiring continuing monitoring or remedial action at sites that have achieved the RBSL or SSTL.1.1 This is a guide to risk-based corrective action (RBCA), which is a consistent decision-making process for the assessment and response to a petroleum release, based on the protection of human health and the environment. Sites with petroleum release vary greatly in terms of complexity, physical and chemical characteristics, and in the risk that they may pose to human health ......

Standard Guide for Risk-Based Corrective Action Applied at Petroleum Release Sites

SY/T 5957-1994 井场电气安装技术要求

本标准规定了石油与天然气钻井井场电路、电气配置和井场电路安装及市电供电。 本标准适用于自升式井架和塔式井架钻机的井场电路安装。

Well site electrical installation technical requirements

SY/T 5945.1-1994 测井解释报告编写规范 探井解释报告编写

本标准规定了探井测井解释报告的编写内容和编写格式。 本标准适用于探井测井解释报告的编写，也适用于评价井，开发井中的关键井(如密闭取心井等)亦可参照执行。

Compilation of well logging interpretation report Standardize the preparation of exploratory well interpretation report