自动将油井生产剖面数据导入过程模拟的创新解决方案

Eman W. Hassan, Giorgio Loretelli, H. Singh, F. Kamal, Ousama Takeidinne
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引用次数: 1

摘要

EPC承包商面临着实践/进行各种活动的挑战,在大多数情况下,这些活动包括一些常规工作(例如,需要大量数据输入的过程模拟中的井表征等)。通过使用已开发的自动化解决方案,可以最大限度地减少这种例行工作。这些解决方案将有助于以更高的效率和准确性,更少的时间和最小的错误执行上述任务以及其他任务,而过程工程师将专注于更有价值的任务。生产概要是任何EPC阶段中提供的最重要的文档之一,因为它是模拟等过程活动的基础。按照惯例,流程工程师被要求使用编号来描述HYSYS中的每口井。根据项目需求的分离阶段。井的特征包括利用产能数据找到工作条件下的节流阀进口流量和组成。产能数据包括储罐条件下的流量和储层成分。这项任务需要大量的数据输入,因为所有井都必须在不同的生产年份进行特征分析。此外,对此类文件的任何修订都可能需要大量的重新工作。为上游项目执行流程模拟可能是一项具有挑战性的活动,因为可能会有很高的No。可能需要在HYSYS中进行表征的井。此外,HYSYS中的井表征需要在专门的调整区块中输入油/气/水和气举产能数据。例如,在一个有100口井和4个治理案例的项目中,第1号。需要输入的数据是1200。此活动需要由流程工程师通过读取生产概要文件并在HYSYS中手动输入其数据来执行。NPCC开发了一个新的软件,其范围是:在标准模板中导入生产配置文件,为任何生产配置文件的修订提供跟踪更改。提供管理案例(最多。油/气/水)及其相关的生产年限,包括单井/管线/干线/管道以及整体生产。自动输出到HYSYS的产量需要用于井的表征。使用上述软件,可以实现以下好处:减少工时。提高效率。至少需要工艺工程师的监督。减少错误/人为错误。本文论证了通过VBA实现EXCEL与HYSYS的接口,从而节省了人力和工时。已经编写了专用软件,以更美观、更有组织的格式导入FEED/EPC阶段提供的生产配置文件,并将其提供给HYSYS。这将有助于促进流程模拟以及在流程活动中实现更高的效率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Innovative Solution to Automatically Import Well Production Profile Data into Process Simulation
EPC Contractors face the challenge of practicing/doing various activities that in most cases include some routine work (e.g. well characterization in Process simulation that requires extensive data entry, etc.). This routine work can be minimized by using developed automised solutions. These solutions will help to perform the above tasks as well as other tasks with higher efficiency and accuracy, less time and minimal errors while the Process Engineer will focus on more valuable tasks. The Production Profile is one of the most important documents provided in any EPC stage since it is the basis for Process activities like simulations. As per normal practice, the Process Engineer is requested to characterize each well in HYSYS using a no. of separation stages that depends on the project requirement. Well characterization includes finding the choke valve inlet flowrate and composition at the operating conditions using the productivity data. Productivity data includes the flowrates at Stock Tank Conditions and the reservoir composition. This task requires an extensive data entry since all wells have to be characterized for various production years. Moreover, any revision of such document may require an extensive re-work. Performing Process simulations for an upstream project can be a challenging activity due to the possibility of having a high No. of wells that may need to be characterized in HYSYS. Moreover, the well characterization in HYSYS requires the input of oil/gas/water and gas lift productivity data in dedicated adjust blocks. For example, in a project having 100 wells and 4 governing cases, the No. of data that needs to be entered is 1200. This activity needs to be performed by the Process Engineer by reading the production profile and enter its data manually in HYSYS. NPCC has developed a new software whose scope is to:Import the Production profile in a standard templateProvide a track change for any production profile revision.Provide the governing cases (Max. Oil/Gas/Water) and their relevant production years for individual wells/Flowlines/Trunklines/Pipelines as well as the overall production.Automatically export into HYSYS the production rates that need to be used for well characterization. With the above software, the following benefits are achieved:Reduction in manhours.Increase in efficiency.Minimum supervision from Process Engineer is required.Reduction of mistakes/human errors. This paper demonstrates that saving in manhours/manpower is achieved by interfacing EXCEL and HYSYS through VBA. Dedicated software has been coded to import the production profile provided during FEED/EPC stage in a more presentable and organized format that can be sourced to HYSYS. This will help in facilitating process simulations as well as achieving higher efficiency in Process activities.
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