对碳预算、碳税、工业对全球变暖的态度和AAPG的考察

Q2 Earth and Planetary Sciences Environmental Geosciences Pub Date : 2014-12-01 DOI:10.1306/EG.04231414001
J. Rine
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引用次数: 2

摘要

本文探讨了气候变化问题的一些基本经济学,以及政府的应对措施如何影响石油工业。通过检查过去和预计的化石燃料产量,计算其产生的排放量,然后预测法规或税收如何影响能源价格和生产,可以解决可能的经济方面的问题。在美国开展业务的九家大中型石油公司目前正在将某种碳排放限制纳入其长期业务计划。这些计划的一个推动因素是,绝大多数国家,包括世界上最大的排放国,已经正式同意限制排放,以避免全球气温上升2°C(3.6°F)。由于对允许排放的数量尚未达成一致,本文使用了Meinshausen et al.(2009)的一篇论文中的估计碳预算。本文得出的一些相关结果如下:1)石油和天然气仅占化石燃料潜在排放量的33.3%;2)在超过2°C(3.6°F)的概率情景下,所有已探明的石油和天然气储量(截至2012年)都可以被消耗,而在持续消耗煤炭的情况下,只有56%可以被利用。为了证明市场方法如何限制碳排放,一个简单的模型显示了每年增加的碳税如何影响化石燃料和替代能源的相对价格。本文的目的是提出美国石油地质学家协会(AAPG)解决气候变化问题有经济原因的论点。
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An examination of carbon budgets, carbon taxes, industry attitudes to global warming, and AAPG
This paper explores some basic economics of the climate change issue and how government response may impact the petroleum industry. Possible economic aspects are addressed by examining past and projected fossil fuel production numbers, calculating their resulting emissions, and then projecting how regulations or taxes might affect energy prices and production. Nine medium to major petroleum companies, which do business in the USA, are currently factoring in some kind of carbon emission restrictions into their long-range business plans. A driver for these plans is that the vast majority of countries, including the world’s largest emitters, have formally agreed to limit their emissions to avoid a 2°C (3.6°F) rise in global temperatures. Because there is no agreement yet on a set number of allowable emissions, this paper utilizes estimated carbon budgets from one paper, Meinshausen et al. (2009). Some pertinent results derived herein are the following: 1) oil and natural gas only comprise 33.3% of potential emissions from fossil fuels; 2) under a probability scenario of exceeding 2°C (3.6°F), all proven reserves of oil and natural gas (as of 2012) could be consumed, whereas only 56% could be utilized with continued coal consumption. To demonstrate how a market approach might limit carbon emissions, a simple model shows how an annually increasing carbon tax affects the relative price of fossil fuels and alternative energy. The objective of this paper is to present arguments that there are economic reasons for American Association of Petroleum Geologists (AAPG) to address the issue of climate change.
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Environmental Geosciences
Environmental Geosciences Earth and Planetary Sciences-Earth and Planetary Sciences (all)
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