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Driving Efficiencies in Well Intervention Operations

机译:在井干预作业中驾驶效率

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Brunei offshore platforms are home to hundreds of maturing wells in need of ongoing interventions.Offshore operations in Brunei face several obstacles,(i.e.,weather conditions,ageing platform facilities,limited lifting capability,and limited workspace),as well as tight work schedules that make the work challenging.As with other mature fields,the Brunei wells need high efficiency operations to reach production targets.These challenges can be addressed with a purpose built compact semi-submersible vessel(CSS)with dynamic positioning(DP 2)equipped with a full catenary coiled tubing unit,a pumping unit with flowback capability,and a dedicated slickline unit.Dual hull design with a compensated gangway increases the weather working envelope of the vessel.The coiled tubing catenary system with a reel turntable helps enable coiled tubing unit flexibility during rigup and work under varying weather conditions.Integration of the vessel and the coiled tubing unit helps enable a 24/7,365 day work unit.Average downtime caused by weather decreased by up to 10%,averaging 8.5% in 2 years,compared to previous work vessels with an average between 15 and 18% downtime because of weather.Further efficiency improvement is gained through use of fit for purpose equipment.A 35 ton jacking frame helps enable injector and pressure control equipment stack up to be made up,function,and pressure tested offline.A small footprint flowback package was introduced that reduced the total number of lifts from 12 to 6,saving two hours lifting time per rig up/down.Overall rigging up time was reduced by approximately 20% with the improvements to equipment setup.The reduced equipment necessary on the platform enabled wireline and coiled tubing to operate concurrently.This enables 24 hour wireline interventions to be executed offline more efficiently.Time savings for intervention completion were approximately 62%.This setup enables more efficient use of existing resources to complete the work scope.The setup,collaboration,and execution on the vessel demonstrate the opportunity for improvement,which is important under current industry conditions,and help enable a cost effective yet robust operation.
机译:文莱海上平台是拥有数百成熟井需要在文莱也面临着一些障碍,(即天气条件下,老化的平台设施,有限的提升能力和有限空间),以及紧张的工作日程正在进行interventions.Offshore操作的那使与其他成熟油田工作challenging.As,文莱井需要高效率运作,达到生产targets.These挑战可以与动态定位(DP 2)建立了一个目的紧凑的半潜船(CSS)配备了解决全接触网连续油管单元,具有回流能力的泵送单元,和一个专用钢丝unit.Dual船体设计有补偿的舷梯增加天气vessel.The的工作包络线的连续油管接触网系统与卷轴转盘有助于使挠性管单元的灵活性下改变所述容器的天气conditions.Integration和连续油管单元rigup和工作期间有助于使24 /7365天工作引起的天气unit.Average停机时间减少了高达10%,平均在2年内8.5%,相比以前的工作容器,平均因为weather.Further效率提高15至18%之间的停机时间是通过使用合适的用于获得目的equipment.A35吨顶框架有助于使喷射器和压力控制设备的总和是被由,功能,并引入压力offline.A占地面积小的回流封装测试了降低升降机的总数为12〜6,节省2小时/ down.Overall设备安装时间减少每搭起解除时间由大约20%与所述平台上所必需的改进设备setup.The降低设备启用有线和连续油管操作concurrently.This使得能够执行24小时有线干预干预完成离线更多efficiently.Time节省了约62%。这使设置更有效地利用现有的资源来完成工作scope.The SETU P,协作和执行的船只展示改善的机会,其目前的行业状况下是非常重要的,而且有助于实现成本有效而强大的操作。

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