Identify Energy Savings Opportunities from Operational “Self-Help “and “Quick Fix” Optimization Approaches

M HashimK., S NgD.K., M. H. Hassim
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引用次数: 4

Abstract

The objective of this paper is to describe the importance of formation of a pragmatic Energy Optimization Program (EOP) at the concerned oil and gas facilities. Substantial amount of energy savings can be realized by focusing on initiatives that require no investment or so called “self-help” that can easily be implemented without further a due. A “quick fix” initiative involves a nominal investment; it can also be easily executed without the need for detailed project justification. Given the increasing expectations to oil and gas organizations to maintain a competitive edge in the modern global economy have caused the instability of crude oil as the world’s major commercial energy source for the next coming years and greater commitment to reduce greenhouse gas (GHG) emission. Regardless of during high or low crude oil price, energy is certainly a critical business continuity driver for both users and producers. Having significantly greater EOP to explore energy savings opportunities require many efforts including new efficient equipment, new technology, new processes and approaches which should be given a priority. Ideally, EOP focused team shall effectively participate in early design stage of project, so that all significant energy efficiency concepts will be considered in the design. In reality, many energy efficiency efforts may be missed out as a result of loose energy efficiency definition, less competency of design engineers, hectic project schedule and/or resource constraint.
从操作“自助”和“快速修复”优化方法中识别节能机会
本文的目的是描述在相关油气设施中形成实用的能源优化计划(EOP)的重要性。大量的能源节约可以通过专注于不需要投资的计划或所谓的“自助”来实现,这些计划可以很容易地实现,而无需进一步支付费用。“权宜之计”计划涉及名义上的投资;它也可以很容易地执行,而不需要详细的项目证明。随着人们对油气公司在现代全球经济中保持竞争优势的期望越来越高,原油作为世界主要商业能源的地位在未来几年将变得不稳定,减少温室气体(GHG)排放的承诺也将加大。无论原油价格是高是低,能源无疑是用户和生产商的关键业务连续性驱动因素。要有更大的EOP来探索节能机会,需要付出许多努力,包括新的高效设备、新技术、新工艺和方法,这些都应该优先考虑。理想情况下,以EOP为重点的团队应有效参与项目的早期设计阶段,以便在设计中考虑所有重要的能效概念。在现实中,由于能源效率定义松散、设计工程师能力不足、项目进度紧张和/或资源限制,许多能源效率工作可能会被错过。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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