Technology aids risk reduction and transforms resources into reserves

R. Caldwell, D. I. Heather
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引用次数: 1

Abstract

Changes in technology can alter status-quo thinking about risk and reward and proved reserves drastically. These changes can be subtle or far reaching and can result in a whole new language to describe their impact; the emergence of paradigm shift is an example. Faced with these changes, the decision maker must determine how to evaluate their impact quantitatively. Intuitively, one thinks of reserves as relatively static quantities, although reserves do fluctuate with changes in price and operating cost (affecting the economic limit) and also with the magnitude of capital costs. Proved undeveloped reserves exist when the required capital investment generates an acceptable return. These reserves become resources when that return requirement is not met. The ability to reduce capital costs and/or risk opens up lower-quality resources to the prospect of economic recovery and the potential to become reserves. Study of the size distribution of such resources shows that small pools can contain successively greater quantities of reserves than pools in larger-size classes. As a result of new technology, development of such pools in a controlled cost and risk environment can represent as great a prize as a large-pool discovery. The ability to change the rules because of technology advances opensmore » a vast opportunity for energy self-sufficiency that has ramifications on a national scale.« less
技术有助于降低风险并将资源转化为储备
技术的变化可以极大地改变人们对风险和回报以及已探明储量的看法。这些变化可能是微妙的,也可能是深远的,可能会产生一种全新的语言来描述它们的影响;范式转换的出现就是一个例子。面对这些变化,决策者必须确定如何定量评估其影响。直觉上,人们认为储量是相对静止的数量,尽管储量确实随着价格和经营成本(影响经济极限)的变化以及资本成本的大小而波动。当所需的资本投资产生可接受的回报时,就存在已探明的未开发储量。当没有达到回报要求时,这些储备就变成了资源。降低资本成本和/或风险的能力为经济复苏的前景打开了低质量资源的大门,并有可能成为储量。对这类资源规模分布的研究表明,小池所含储量依次大于大池。由于采用了新技术,在成本和风险可控的环境下开发这样的油藏,可能会带来与发现大型油藏同样巨大的回报。由于技术进步而改变规则的能力为能源自给自足提供了巨大的机会,这将在全国范围内产生影响。«少
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