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Management planning for deepsea field development

机译：深海油田开发管理计划

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Deepwater development will be playing an important role in future energy scenario due to larger reserves and higher productivity wells, despite high risk and costs. This will be made possible by using innovative, cost effective and reliable technological solutions in addition to effective management systems. Deepwater development planning must ensure that the facilities designed should deliver the required business performance or exceed them once in production. Proper attention should be given to logistics, intervention and repair techniques in case of subsea tiebacks. All factors that influence performance and operations must be considered at the design planning stage as it has a major influence on future business performance and operations. Deepsea field development is a complex endeavour and its success is dependent on the skills of people involved, their experience on past projects and interaction with others in a multidisciplinary team to work towards a common goal. Close links between the surface and subsurface teams developing the project and future operations is a must. Most operating companies prefer proven concepts/tech-' nologies to reduce risk and follow a path of fast track development with high reliability. However, new technologies offer a potential for huge cost savings. This requires a combination of proactive and reactive approaches in addition, using advanced available techniques to optimise the design and operation of field development.
机译：尽管风险和成本较高，但由于储量增加和生产率更高的井，深水开发将在未来的能源情景中发挥重要作用。除了有效的管理系统之外，还可以通过使用创新，具有成本效益和可靠的技术解决方案来实现这一目标。深水开发规划必须确保所设计的设施能够提供所需的业务绩效，或者一旦投入生产便会超出其要求。在海底绑架的情况下，应适当注意后勤，干预和维修技术。在设计计划阶段必须考虑所有影响绩效和运营的因素，因为它对未来的业务绩效和运营有重大影响。深海油田开发是一项复杂的工作，其成功取决于参与人员的技能，他们在过去项目中的经验以及在一个多学科团队中与他人互动以实现共同目标的能力。开发项目和未来运营的地面团队和地下团队之间必须保持紧密联系。大多数运营公司都希望使用经过验证的概念/技术来降低风险，并遵循具有高可靠性的快速开发道路。但是，新技术具有节省大量成本的潜力。此外，这还需要结合前摄性和反应性方法，使用先进的可用技术来优化现场开发的设计和操作。

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