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首页> 外文会议>2016 GPA annual convention >ANADARKO’S MIDSTREAM COMPRESSION OPTIMIZATION PROGRAM
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ANADARKO’S MIDSTREAM COMPRESSION OPTIMIZATION PROGRAM

机译：ANADARKO的中段压缩优化程序

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摘要

With the rapid expansion of required compression capacity and subsequent downturn in oil andrngas prices, a need to increase efficiency and reduce operating costs within the midstream businessrnbecame evident. The gathering type compressors used within the midstream system are typicallyrnequipped with minimal automation and were rarely adjusted for varying field pressure conditions.rnExtensive modeling of these compressors showed that throughput could be increased significantlyrnwith more routine adjustments. Therefore, a program was developed to provide guidance tornOperations on the adjustments that need to be made to increase the utilization of the existingrncompression fleet. The Compressor Optimization Program development involved the followingrnsteps:rn1. Create an in-depth equipment database and build detailed models of all compressors,rnincluding the building of load step schedules.rn2. Create tables of the load step schedules that are intuitive and easy to interpret forrndistribution to operations.rn3. Develop a tool that would automatically look-up the optimum settings for maximumrnthroughput at current conditions within safe operating boundaries.rn4. Construct human-machine interface (HMI) screens to display the current conditions,rncurrent compressor utilization, recommended settings, and predicted gain fromrnadjustments.rn5. Work with Operations to implement the recommendations.rn6. Document the improvements and search for other opportunities to further increaserncompany-wide compression utilization and efficiency.rnThe Compressor Optimization Program was first developed for and implemented in Anadarko’srnGreater Wattenberg Area. An overall increase of 10-15% in station throughput was attributed tornthis effort. This increased capacity allowed for an increase in base production despite a decreasernin new well drilling/completion. Deployment of this program is now being applied in all Anadarkornfields.
机译：随着所需压缩能力的迅速扩大以及随后石油和天然气价格的下跌，很明显需要提高效率并降低中游业务的运营成本。在中游系统中使用的集气式压缩机通常配备了最少的自动化设备，并且很少针对变化的现场压力条件进行调节。这些压缩机的广泛建模表明，通过更多的常规调节可以显着提高产量。因此，制定了一项计划，为需要进行的调整提供指导，以提高现有压缩车队的利用率。压缩机优化程序的开发包括以下步骤：rn1。创建一个深入的设备数据库并建立所有压缩机的详细模型，包括建立负载步骤计划。创建负载步骤时间表的表，这些表要直观易懂，便于解释操作的分布。开发一种工具，该工具可以在安全操作范围内的当前条件下自动查找最佳设置以获得最大吞吐量。构造人机界面（HMI）屏幕以显示当前条件，当前压缩机利用率，建议设置以及来自调整的预测增益。与运营部门合作以实施建议。rn6。记录改进并寻找其他机会，以进一步提高公司范围内的压缩利用率和效率。压缩机优化计划最初是为阿纳达科的大瓦滕堡地区开发并实施的。这项工作使站点吞吐量总体提高了10-15％。尽管新井钻探/完井量减少，但这种增加的产能仍使基础产量得以提高。现在，该程序的部署正在所有Anadarkornfields中应用。

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  • 来源
    《2016 GPA annual convention》|2016年|1-15|共15页
  • 会议地点 New Orleans(US)
  • 作者

    Gary Bourn; Mike Sutton;

  • 作者单位

    Anadarko Petroleum Corporation Denver, CO, USA;

    Anadarko Petroleum Corporation Denver, CO, USA;

  • 会议组织
  • 原文格式 PDF
  • 正文语种 eng
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