首页> 外国专利> METHOD OF CREATING HAZARD MAPS/FIELDS FOR OIL AND/OR GAS DEPOSITS, HAZARDOUS PRODUCTION FACILITIES OF WELL STOCK OIL AND GAS PRODUCTION COMPLEX BY WELLS IN CONSERVATION AND/OR LIQUIDATION

METHOD OF CREATING HAZARD MAPS/FIELDS FOR OIL AND/OR GAS DEPOSITS, HAZARDOUS PRODUCTION FACILITIES OF WELL STOCK OIL AND GAS PRODUCTION COMPLEX BY WELLS IN CONSERVATION AND/OR LIQUIDATION

机译:通过保存和/或液化井在油和/或气矿床中形成危险的制图/场,井油和气生产复合物的危险生产设施的方法

摘要

FIELD: oil, gas and coke-chemical industries.;SUBSTANCE: invention relates to industrial safety of hazardous production facilities, determined during registration in state register of hazardous production facilities and maintaining a register of hazardous production facilities - Wells Stock, more specifically to a method of creating hazard maps/fields for oil and/or gas deposits, hazardous production facilities of Wells Stock Oil and Gas Production Complex for wells in conservation and/or liquidation. Method comprises collecting information on a criterion, in particular on the year of construction of well, state of well, appointment of well, accumulated oil extraction, daily production of oil or gas, daily production of liquid, water cut of well, gas factor, presence of gas caps, presence of permafrost zones, general characteristics of the formation, presence of griffins, availability of reliable base of measurements of intercolumn pressures, availability of reliable base for detection of casing circulation and inter-formation flows, content of sulfur or sulfur dioxide from existing electronic databases of paper carriers or results of field survey and/or measurements carried out in wells or well survey reports, recording of collected information into an electronic database, ranging of wells, according to the following criteria, entered in the database: the year of well construction, condition of well, well assignment, accumulated oil extraction, daily oil or gas production, daily production of liquid, water-cut, gas factor for oil wells, presence/absence of gas caps, presence/absence of permafrost, general characteristics of formation, presence of griffins, presence/absence of reliable base of measurements of inter-column pressures, presence/absence of reliable base for detection of casing circulation and inter-zone flows, content of sulfur, in particular, sulphurous hydrogen in production of wells, determination of mean score values (Mij) for each criterion (Mi) of impact on degree of danger of well in current state, from 0 to 10, at which higher score indicates higher level of negative impact of this criterion Mi on design factors and based on obtained average score values calculation of operational hazard level factor by mathematical formula, determination of mean score values (Pij) according to qualification criteria of operating production personnel (Pi), directly performing operations for control of current state of wells, being in conservation and/or liquidation and based on the obtained average score grades calculating skill level coefficient of personnel by mathematical formula, determining a correction factor (Kh) in range of 0.1 to 1, taking into account the degree of possible negligence during operations for monitoring the current state of well stock in conservation and/or liquidation, determination of fund hazard factor for each well, by mathematical formula and construction of hazard maps/fields based on data base on location of wellheads, which are in conservation and/or eliminated and received hazard ratios for each well, by using corresponding computer systems with software product and implemented in them algorithms of data interpolation, at that, based on the derived risk factors of the stock (Krf), which are in range from 0 to 100, the condition of the well hazard is determined proceeding from the fact that the lower the hazard factor, the less dangerous is the state of the well and vice versa.;EFFECT: high accuracy of assessing the hazard of oil and gas producing facilities, high level of industrial safety of hazardous production facilities of oil and gas production complex.;1 cl, 4 tbl, 8 dwg
机译:技术领域:本发明涉及危险生产设施的工业安全,其在危险生产设施的国家登记簿中登记并在危险生产设施的登记簿中确定-Wells Stock,更具体地涉及创建油气藏危险地图/区域的方法,油井油气生产综合体的危险生产设施,以进行保护和/或清算。方法包括收集有关标准的信息,尤其是有关井的建造年份,井的状态,井的指定,累计采油量,石油或天然气的日产量,液体的日产量,井的含水率,气体因子,气盖的存在,多年冻土带的存在,地层的一般特征,格里芬斯的存在,柱间压力测量的可靠依据的可用性,套管运移和层间流动检测的可靠依据的可用性,硫或硫的含量现有纸质载体电子数据库中的二氧化氮,或在井或井调查报告中进行的实地调查和/或测量结果,将收集到的信息记录到电子数据库中,并根据以下标准将井的范围记录到数据库中:油井建设年份,油井状况,油井分配,累计采油量,日产油气量,日产量液体的产生,含水率,油井的气体因子,是否存在气顶盖,是否存在永久冻土,地层的一般特征,是否存在狮riff,是否存在可靠的柱间压力测量基础,是否存在用于检测套管环流和层间流的可靠依据,是否存在硫,尤其是井生产中的硫氢含量,确定每个标准的平均得分值(M ij )当前状态下对井的危险程度的影响(M i ),从0到10,得分越高,表示此标准M i 的负面影响程度越高设计因子的基础上,并基于数学公式计算得出的操作危害水平因子的平均得分值,根据运营生产人员的资格标准(P i)确定平均得分值(P ij ),直接执行用于控制cur的操作处于养护和/或清算状态的井的租金状态,并根据获得的平均得分等级,通过数学公式计算人员的技能水平系数,确定校正系数(K h )的范围为0.1至1,考虑到在操作过程中可能存在的疏忽程度,以监控养护和/或清算中井的当前状态,通过数学公式确定每口井的资金危害因子,并基于数据库构建危害图/字段通过使用相应的计算机系统和软件产品,并在其中实施数据插值算法,基于所推导的库存风险因素,对井口的位置进行保护和/或消除,并为每口井确定危害比(K rf )的范围在0到100之间,因此,从危险因素越低,悬空越小这一事实出发,就可以确定井眼的危险状况。效果是:状态良好,反之亦然。效果:评估油气生产设施的危害的准确性高,油气生产综合体的危险生产设施的工业安全水平高。1cl,4 tbl, 8载重吨

著录项

  • 公开/公告号RU2719803C1

    专利类型

  • 公开/公告日2020-04-23

    原文格式PDF

  • 申请/专利权人 RYBALOV EDUARD ALEKSEEVICH;

    申请/专利号RU2019122700

  • 发明设计人 RYBALOV EDUARD ALEKSEEVICH (RU);

    申请日2019-07-18

  • 分类号G01V99;G06F30/20;

  • 国家 RU

  • 入库时间 2022-08-21 11:02:31

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