细化支撑剂物流

C. Wagner, B. Poppel, G. McKee
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引用次数: 0

摘要

水力压裂作业所需的支撑剂交付很快就会成为卓越运营的薄弱环节。油气行业的新技术一直高度关注井场效率,但却忽略了支撑剂交付与水力压裂作业之间的协同效应。我们开发了一种新的物流解决方案,以利用这些协同效应,支持更高的运营效率。新的支撑剂物流解决方案建立在一个成熟的水力压裂现场数据收集平台上。司机和支撑剂装载信息被输入到新的解决方案中,并通过一个软件程序订购要运送到作业现场的支撑剂装载。这两个系统的结合使新解决方案发挥了协同作用,并确保水力压裂作业所需产品的供应链不会成为卓越运营链中的薄弱环节。由于全球仍在感受 2020 年大流行病的影响,全球航运和物流市场陷入供应失衡。这种供需失衡与公路卡车运输的稳定性相比,支撑剂运输历来不稳定,因此公路卡车运输对现有的支撑剂运输司机来说变得非常理想。本文将介绍一个案例研究,回顾如何建立和实施新的软件解决方案,以促进现场数据的快速交付,并讨论如何利用该解决方案建立差异化可视化和预测分析工具,以促进每个压裂点所需支撑剂的及时交付。实施新解决方案后,通过以下观察结果衡量了成功与否。减少了 90% 的支撑剂交付停机时间。减少了 35% 的工作所需的司机,降低了司机在路上的占地面积。单个司机每天多交付 20% 的支撑剂。有了这个新的解决方案,支撑剂物流团队现在能够利用智能解决方案帮助调度支撑剂,从而保持最高标准的卓越运营。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Getting Granular with Proppant Logistics
Delivery of the proppant required for a hydraulic fracturing job can quickly become a weak link in operational excellence. New technology in the oil and gas industry has been hyper focused on well site efficiency but has missed out on the synergies that can be leveraged between proppant delivery and hydraulic fracturing operations. A new logistics solution was developed to take advantage of these synergies and support higher operational efficiency. The new proppant logistics solution was built on an established hydraulic fracturing field data collection platform. Driver and proppant load information was ingested into the new solution with a software program used to order the proppant loads to be delivered to the job. The combination of these two systems synergized the new solution and ensured the supply chain of products needed for a hydraulic fracturing job would not create a weak link in the chain of operational excellence. With the world still feeling impacts from the 2020 pandemic, worldwide shipping and logistics markets sank into a supply imbalance. This supply-demand disparity combined with the consistency of over-the-road trucking as compared with the historically volatile nature of proppant delivery, over-the-road trucking became very desirable for existing proppant delivery drivers. This paper will present a case study reviewing how a new software solution was built and implemented to facilitate rapid field data delivery and will also discuss how this solution was utilized to build out differential visual and predictive analysis tools to promote timely delivery of proppant needed at each fracturing location. After implementing the new solution, success was measured through the following observations. 90% decrease in proppant delivery downtime.35% decrease in drivers needed for a job, lowering the footprint of drivers on the road.Individual drivers delivered 20% more loads per day.33% decrease in total time required to deliver a load of proppant.Enhanced competitiveness among drivers lowering the cost to produce a barrel of oil. With this new solution, proppant logistics teams are now able to leverage intelligent solutions to help dispatch proppant so that operational excellence is maintained to the highest standard.
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