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Drilling Waste Management - Solutions that Optimise Drilling, Reduce Well Cost and Improve Environmental Performance

机译:钻井废物管理 - 优化钻井的解决方案,减少良好的成本,提高环境性能

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This paper highlights the value associated with the thermal processing of drill cuttings offshore, at source, on an operational and economic basis for a single well drilling campaign. Treating materials at source eliminates the requirement to transport drilling wastes long distances onshore for treatment and/or disposal, significantly reducing logistics costs and the likelihood of safety and environmental incidents. The paper outlines a safe, efficient and reliable at source drilling waste management solution that increases operational efficiency, supports well cost reduction initiatives and exceeds regulatory requirements. It also demonstrates that mobilizing this solution as an onboard drill cuttings processing spread for a onewell drilling campaign is cost-effective. The paper draws on a detailed case study in which thermal drill cuttings processing technology was mobilized for a one-well drilling campaign on the Orlando field in the UK North Sea, under a contract between TWMA and the Licence Operator but managed by the Well Operator AGR Well Management (AGR). Using a process of thermal desorption, the solution allows the recovery of three elements from the drill cuttings: oil, water and solids. Recovered base oil, which retains its full original quality, can be reintroduced to the drilling mud system, and recovered water and solids can be safely dispersed on location as they are processed to well within UK environmental tolerances and regulatory requirements. Using the technology on the Orlando development well enabled a reduction in drilling waste handling and reduced downtime, due to the elimination of wait on weather, reducing rig non-productive time by allowing continuous drilling during adverse weather conditions. It also reduced handling, storage, offshore lifting and skip to shore vessel requirements, for the 17 1/2" and 12 1/2" sections, saving an estimated $640,000 in vessel costs alone (based on the market rates at that time). Thorough planning meant initial challenges relating to delivery of equipment was quickly mitigated and support from TWMA, in close co-operation with AGR and the operator, helped to reduce the operational time-table and costs. The drilling waste management operation was completed within time and on budget with zero Lost Time Incidents and zero loss of containment to the environment during operations.
机译:本文突出了与单一钻井竞选活动和经济基础的钻孔剪影热处理相关的价值。在来源处理材料消除了运输钻井浪费的要求,用于治疗和/或处置,显着降低物流成本和安全和环境事件的可能性。本文概述了源钻井废物管理解决方案安全,高效可靠,提高了运营效率,支持降低成本策略并超过监管要求。它还表明,将该解决方案调动为砧钻扦插处理,以便为Onewell钻探运动提供成本效益。本文借鉴了一个详细的案例研究,其中在英国北海的奥兰多领域的一孔钻井广告系列在TWMA和许可证运营商之间的合同下,将热钻切割加工技术称为一孔钻探活动,而是由井运营商管理井管理(农业)。使用热解吸过程,该溶液允许从钻头切割中恢复三个元件:油,水和固体。保留其全部原始质量的回收的基础油可以重新引入钻井泥浆系统,并可以安全地分散回收的水和固体,因为它们在英国环境公差和监管要求中加工。使用该技术在奥兰多开发井中启用钻井废物处理和减少停机时间,由于消除了天气等待,通过允许在恶劣天气条件下连续钻井来降低钻机非生产时间。它还减少了处理,储存,海上升降和跳到岸上的船舶要求,为17 1/2“和12 1/2”部分,单独节省船舶成本估计的640,000美元(根据当时的市场率)。彻底的规划意味着与设备交付有关的初步挑战是迅速减轻和支持TWMA,与AGR和操作员密切合作,有助于减少运营时间表和成本。钻井废物管理运营在时间内完成,预算零损失时间发生,在运营期间对环境的遏制零损失。

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