Faster and Profitable Production Optimization Decisions through Workflow Automation and Business Process Management - A Unique Concept

Muhammad Navaid Khan, Ahmed Khaleefa Al Neaimi, Abdullah Al Qamzi, Shabbeer Ali Yusaf, Yasushi Shimizu, A. Asghar, T. F. Menchaca
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Abstract

Operational efficiency improvement is a fundamental requirement and the continuous effort to achieve it is the inevitable need for any organization that targets profitable throughput in today's volatile market. Based on a study for a group of North American oilfields, in a typical mature oilfield, on an average 6% to 10% production deferments are caused by the process inefficiencies. Organizations continuously look for cost effective technologies that can facilitate implementing systematic operating procedures to maximize value of available resources and to provide a controlled environment for executing defined activities efficiently. Business process management (BPM) is a technique that brings in a governance mechanism to the efficient execution of processes. It uses various methods to discover, model, analyze, measure, improve, optimize, and automate business process to generate and track improvement actions. A typical project implementation involves a holistic review of the existing processes, identifications of the bottlenecks, mapping of the stakeholders and developing definitions for efficient corrective actions that enable closing system gaps. Early engagement with the stakeholders and an insightful management of change (MOC) are the key requisites of assuring the successful process roll out. Despite many industries, such as, medical and financial institutions, human capital management firms and logistics tracking system providers, have exploited the use of BPM and workflow automation to enhance their operation management capabilities, oil and gas industry still lags behind in capitalizing the benefits of this useful combination. This paper demonstrates the stepwise approach of implementing effective strategies, methods, and techniques to model and roll out collaborative solutions to help multi-disciplinary teams to execute business processes efficiently and consistently, whilst ensuring adherence to standards and agreed guidelines for maximizing efficiency and profitability. A real implementation case is presented, where a complex integrated production management and optimization system is managed leveraging workflow automation and BPM that has resulted in significant efficiency gain.
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通过工作流程自动化和业务流程管理更快、更有利可图的生产优化决策-一个独特的概念
提高运营效率是一项基本要求,在当今动荡的市场中,任何以盈利为目标的组织都不可避免地需要不断努力实现这一目标。根据对一组北美油田的研究,在一个典型的成熟油田中,平均有6%到10%的生产延迟是由工艺效率低下造成的。组织不断地寻找具有成本效益的技术,这些技术可以促进实现系统的操作程序,以最大化可用资源的价值,并为有效地执行已定义的活动提供受控环境。业务流程管理(BPM)是一种引入治理机制来有效执行流程的技术。它使用各种方法来发现、建模、分析、度量、改进、优化和自动化业务流程,以生成和跟踪改进行动。典型的项目实施包括对现有过程的全面审查、瓶颈的识别、涉众的映射以及为有效的纠正行动制定定义,从而能够缩小系统差距。与涉众的早期接触和有洞察力的变更管理(MOC)是确保成功推出流程的关键条件。尽管许多行业,如医疗和金融机构、人力资本管理公司和物流跟踪系统提供商,已经利用BPM和工作流自动化来提高他们的运营管理能力,但石油和天然气行业在利用这种有用组合的好处方面仍然落后。本文演示了实现有效策略、方法和技术的逐步方法,以建模和推出协作解决方案,以帮助多学科团队高效和一致地执行业务流程,同时确保遵守标准和商定的指导方针,以最大化效率和盈利能力。本文给出了一个真实的实现案例,其中利用工作流自动化和BPM管理了一个复杂的集成生产管理和优化系统,从而显著提高了效率。
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