通过钻机验收工作流程数字化,增强协作能力,提高敏锐度

M. M. H. Meor Hashim, L. Norhashimi, N. Norazman, M. Arriffin
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引用次数: 0

摘要

目前,全球许多运营商采用的钻机验收工作流程效率低下,这种差距多年来一直很明显。冗余、责任问题和资源浪费可能相当复杂。在一个典型的工作流中,遇到的问题包括检查人员对项目关闭缺乏责任,无法生成当前状态的快照,有限的访问,以及不合适的共享过程。报告格式在不同学科之间没有标准化,因此体验不是无缝的,因为没有一站式中心查看航空,船舶和HSE检查项目。钻机验收工作流程的数字化可以帮助克服这些痛点,通过一个单一的平台,允许多学科各方在钻机验收过程中密切关注钻机激活状态和全球范围内作业的更新。这一举措引入了一种更精简、更无缝的钻机验收方法。主要策略是将手工纸质工作流程迁移到基于网络的一站式中心,以处理所有与钻机验收相关的事务(例如,海洋、钻机、HSE和航空)。它授予检查员和指定人员为每个发现插入评论的能力,以及检查员为每个发现分配和编辑严重性级别的能力。单一平台方法允许将同一系统上的其他检查清单和结果联系起来,并立即减少与其他检查清单相似的某些项目的冗余,这些项目可以在线简化。因此,该数字钻机验收工作流程(DRAW)解决方案的实施可以产生一个用户友好的在线平台,允许检查员、项目团队、管理层和钻机设备主题专家随时随地访问系统。DRAW允许通过单一平台进行状态更新和澄清。它利用数据输入来产生可操作的见解,从而通过提高项目井生命周期中的工艺周期效率来产生直接的商业价值。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Empowering Collaboration and Refining Acumen with Rig Acceptance Workflow Digitalization
Current rig acceptance workflow practiced by many operators globally has been inefficient and this gap has been apparent for years. Redundancy, accountability issues and resource wastages can be quite complicated. In a typical workflow, the issues encountered include lack of accountability by inspectors toward item closure, inability to generate snapshots of current status, limited access, and an unfit sharing process. Report formats are not standardized across different disciplines hence the experience is not seamless as there is no one-stop center to view aviation, marine, and HSE inspection items. The digitalization of rig acceptance workflow can help to overcome these pain points by having a single platform to allow multidiscipline parties to keep tabs on rig activation status and updates throughout company-wide operations globally during the rig acceptance process. This initiative introduces a much leaner and more seamless method of conducting rig acceptance. Migrating the manual paper-based workflow to a web-based one-stop center for all things related to rig acceptance (i.e., marine, rig, HSE, and aviation) is the main strategy. It grants the ability for inspectors and designated personnel to insert comments for each finding as well as the ability for inspectors to assign and edit severity levels for each finding. The single platform approach allows the possibility to link up the other checklist and findings on the same system and immediately reduce the redundancy of certain items that is similar to other checklists, which can be streamlined online. Therefore, implementation of this Digital Rig Acceptance Workflow (DRAW) solution can produce a user-friendly online platform to allow inspectors, project teams, management, and rig equipment subject matter experts to access the system anywhere, anytime. DRAW allows status updates and clarifications to be communicated via a single platform. It utilizes data input to produce actionable insights hence generating direct business value via improving process cycle efficiency in a project's well life cycle.
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