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Role of Conventional and Unconventional Hydrocarbons in the 21st Century: Comparison of Resources, Reserves, Recovery Factors and Technologies

机译:21世纪常规和非传统烃的作用:资源,储备,恢复因素和技术比较

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The paper deals with the availability of natural hydrocarbons until 2100. Starting point of the evaluation is that the global demand will not be met by production of conventional oil and gas. Basis of the discussion is the comparison of available resources and reserves, recovery factors and technologies. The analysis comprised oil shale, tar sand, gas shale, tight sand gas, coalbed methane and gas hydrates. Taking the data of competent organizations into account, obviously the global resources of unconventional oil and gas significantly exceed the availability of conventional natural hydrocarbons in spite of the fact that their recovery efficiency is extremely low. Although the production cost (operation expenditure) of unconventional hydrocarbons is usually much higher than those of the conventional ones, industrial scale production of tar sand oil, tight sand gas and coalbed methane has started over two decades ago and their contribution to total oil and gas production is already substantial in several countries (US, Canada). The authors stated, however, that wider application of sophisticated technology to recover unconventional hydrocarbons needs more extensive and intensive R&D activity and further, new paradigms are necessary in education, research, production, field management, and governmental regulation.
机译:本文涉及天然碳氢化合物的可用性,直到2100.评价的起点是,通过生产常规石油和天然气不会满足全球需求。讨论的基础是比较可用资源和储备,恢复因素和技术。该分析包括油页岩,焦油砂,气体页岩,紧身砂气,煤层甲烷和天然气水合物。考虑到主管组织的数据,显然,无传统石油和天然气的全球资源显着超过了常规天然烃的可用性,尽管其恢复效率极低。虽然非传统烃的生产成本(运营支出)通常远高于传统碳气的生产成本(运营支出),但在二十年前,焦油砂油,紧身砂煤气和煤层气的工业规模生产以及对油气和天然气的贡献生产在几个国家(美国,加拿大)已经很大。然而,作者所述,更广泛地应用复杂的技术来恢复非传统的碳氢化合物需要更广泛和密集的研发活动,进一步,在教育,研究,生产,现场管理和政府监管中是必要的新的范式。

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