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Efficient Upgrading Philosophy to manage Future Effluent Water in the Kuwait Oil Company, Greater Burgan Field

机译:高效升级理念,管理科威特石油公司未来污水水,更大的伯根堡田

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Over the forseeable future in support of the KOC 2030 strategic objectives the Greater Burgan Field will maintain its current plateau production whilst the water cut is predicted to increase from 23% to more than 60%. The requirement in any giant field is the implementation of timely upgrades to manage the required incremental gross handling capacity, reduce infrastructure complexity that will result from increasing well count and to manage investment and activity in line with the development needs. To meet these objectives it is required to reduce the normal capital project cycle of 8 years and wherever possible, procure standard equipment to reduce complexities in the new facility upgrades which will also provide flexibilities in installation and maintenance. To meet these challenges we required a common equipment philosophy and a faster procurement strategy. A concept was developed to modularize the upgrades into common, standard sized, skid-mounted (where possible) units to meet the increasing production system throughput and infrastructure de-congestion and combine these with long term supply contracts to manage the logistics and efficiency of rapid turn around in upgrades. This concept is already being implemented in the design and installation of remote headers and will create a step change improvement in our upgrading process when applied to the rest of the facilities upgrades.
机译:在可持续的未来支持KOC 2030战略目标,更大的Burgan领域将维持其当前的高原生产,同时预计水切口将从23%增加到60%以上。任何巨大领域的要求是实施及时升级,以管理所需的增量毛重处理能力,减少基础设施复杂性,这将增加井数,并根据发展需求符合开发需求。为了满足这些目标,需要减少8年的正常资本项目周期,尽可能地采购标准设备,以降低新设施升级中的复杂性,这也将为安装和维护提供灵活性。为了满足这些挑战,我们需要一个共同的设备哲学和更快的采购战略。开发了一个概念,以模块化升级为普通,标准的尺寸,滑动安装的(在可能的)单位中,以满足日益增长的生产系统吞吐量和基础设施脱扣,并将这些与长期供应合同相结合,以管理迅速的物流和效率转身升级。该概念已经在远程标题的设计和安装中实现,并且在应用于其余设施升级时,我们会在升级过程中创建步骤改变。

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