影响上游天然气大型项目延期的风险因素:澳大利亚视角

Munmun Basak, V. Coffey, Robert K. Perrons
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引用次数: 7

摘要

澳大利亚天然气行业的快速扩张带来了对大型项目的大量投资,但项目严重延误的影响阻碍了这些投资带来的效益。上游大型项目延迟的风险很高,经常导致成本和进度超支。然而,在大型项目的复杂阶段,缺乏关于延迟的研究,这为我们提供了一个机会,可以批判性地审视澳大利亚上游天然气项目中各个项目参与者所面临的潜在挑战。数据是通过广泛的文献回顾、采访行业专家和调查收集的。从文献中提取的风险因素列表与上游大型项目的相关性进行了行业专家的检查,并添加了缺失的风险。该调查随机分发给天然气项目领域的工作人员,包括客户、顾问和承包商组织。使用李克特式五分制,参与者对影响延误的每种风险的发生频率和严重程度进行评级。总共确定了70个风险因素,然后追踪到影响上游天然气项目延迟的10个风险来源。调查结果显示,72%的参与者认为澳大利亚天然气项目的平均延迟时间在10%到30%之间。此外,93%的参与者提到,上游阶段的进度下滑对实现“第一气”造成了严重挑战,并导致整个项目延迟。根据发生频率和严重程度指标,利用风险因素的大小和来源确定导致重大延误的关键风险。采用Kruskal-Wallis和Mann-Whitney U检验,考察不同工作经验、工作岗位和公司类型的被试对影响延迟的风险临界性感知的差异。这些测试表明,这种看法之间存在良好的联系。导致重大延误的关键风险因素包括客户频繁发出变更命令、合同上强加的不切实际的时间表以及糟糕的组织结构。大型项目的风险无法完全消除。然而,更精确地识别和优先考虑导致重大延误的风险,以及不同项目方对风险的不同看法,将为行业从业者和利益相关者提供更有效地管理风险的更广泛的视角,以减少上游天然气项目的延误。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Risk Factors Affecting Delays in Upstream Natural Gas Mega-Projects: An Australian Perspective
The rapid expansion of the Australian gas industry has seen massive investment in mega-projects, but benefits from this have been impeded by the impact of severe project delays. Risks causing delays in upstream mega-projects are high, leading to frequent cost and schedule overruns. However, the absence of research concerning delays during this complex phase of mega-projects provides the opportunity to critically examine underlying challenges experienced by various project participants involved in upstream gas projects in Australia. Data was gathered through an extensive literature review, interviews with industry experts, and a survey. A list of risk factors extracted from the literature was checked with industry experts for relevance in upstream mega-projects, and missing risks were added. The survey was circulated to a random sample of people working within the natural gas projects domain, including clients, consultants, and contractor organisations. Using Likert-style five-point scales, participants rated the frequency of occurrence and severity of each of the risks impacting delays. A total of 70 risk factors were identified, which were then traced back to 10 risk sources that impact delays in upstream gas projects. The findings reveal that 72% of participants believe that the average delay in gas projects is between 10% and 30% in Australia. Moreover, 93% of participants mentioned that schedule slippage in the upstream phase causes severe challenges in attaining "first gas" and results in overall project delays. Based on the frequency of occurrence and severity indices, the magnitude of risk factors and sources was used to ascertain critical risks causing major delays. Kruskal-Wallis and Mann-Whitney U tests were applied to check the differences in perception of risk criticality influencing delays among the participants, who differed depending on work experience, job position, and the type of participants’ company. These tests indicated a good association in such perceptions. Key risk factors causing major delays included frequent change orders being issued by clients, unrealistic time schedules imposed on contracts, and poor organisational structures. Risks in mega-projects cannot be eliminated completely. However, a more precise identification and prioritisation of risks causing major delays, along with differences in risk perceptions of various project parties, will provide an informed and broader perspective to industry practitioners and stakeholders in managing risks more effectively to reduce upstream gas project delays.
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