首页> 外文会议>World petroleum congress >Economic modeling to identify emissions reduction opportunities at carbon energy business during fossil energy lead time - Aligning the value chain of CDM JI on long term emissions trading and carbon energy management in the Asian context
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Economic modeling to identify emissions reduction opportunities at carbon energy business during fossil energy lead time - Aligning the value chain of CDM JI on long term emissions trading and carbon energy management in the Asian context

机译:经济模型以识别化石能源交货期间碳能源业务的减排机会-在亚洲背景下,将CDM和JI的价值链与长期排放交易和碳能源管理保持一致

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Since the 1990s, financial market analysts on Global Energy Market Trends have focusedstrongly on evolving Energy Business Score Cards for benchmarking and valuation ofpetroleum systems, most critically on carbon emissions, its trading, and management ofcarbon energy in mid century term in a derived framework of energy lead time. It is fortunatethat still growing abundance of economically recoverable natural gas and petroleum liquidsgive us several decades of lead time to decide on most cost effectively means andtechnologies, to stay within a cumulative anthropogenic carbon emission limit of 1,000gigatonnes between 1991 and 2100.The paper derives cost effective Asian Emissions Trading Scheme through a dynamicallystimulated emissions trading model to deduce effects of current emissions regulations andtrading policies incorporating fossil fuel production and consumptions in energy lead timeframework for 2012, when Kyoto targets need to be met. Estimates of marginal abatementcosts for reducing carbon emissions lead to derive policy and procedural approaches inidentifying emissions' reduction opportunities and its impact on CDM and joint implementationat hydrocarbon E&P industry.The paper is emphatically focused to analyze effects of different climate policy initiativesamong Asian nations, and its contributions to Asian emissions trading scheme. Statisticalmodeling used in analysis predicts that CDM and JI projects help in reducing cost of meetingKyoto targets.The paper empirically derives best strategy to reduce cost of carbon credits in Asian energyand climate strategies by including more sectors and other greenhouse gases, to allow for anunrestricted use of CDM and JI across carbon energy business. Despite limited available datain the Asian context, the paper concludes by identifying significant opportunities of emissionsreductions, at carbon energy business, aligning to formulate economic reforms and legaldirectives for CDM & Joint Implementation under United Nations Framework Convention onClimate Change.
机译:自1990年代以来,全球能源市场趋势的金融市场分析师一直专注于 大力发展不断发展的能源业务记分卡,以对标和评估 石油系统,最关键的是碳排放量,其交易和管理 衍生的能源提前期框架中的世纪中期碳能。很幸运 经济上可回收的天然气和石油液体的数量仍在增长 给我们几十年的交货时间来决定最具成本效益的方式,并且 技术,以使人为累积碳排放量限制在1,000以内 1991年至2100年之间的十亿吨。 本文通过动态地得出具有成本效益的亚洲排放交易计划 刺激排放交易模型,以推断当前排放法规的影响,并 贸易政策将化石燃料的生产和消费纳入能源提前期 需要实现《京都议定书》目标的2012年框架。边际减排量估算 减少碳排放的成本导致制定政策和程序方法 确定减排机会及其对清洁发展机制和联合实施的影响 在碳氢化合物勘探与生产行业。 本文着重分析了不同气候政策举措的影响 在亚洲国家中的地位及其对亚洲排放权交易计划的贡献。统计 分析中使用的模型预测CDM和JI项目有助于降低会议成本 京都目标。 本文根据经验得出了降低亚洲能源中碳信用额成本的最佳策略 包括更多部门和其他温室气体的气候和气候战略,以实现 在碳能源业务中不受限制地使用CDM和JI。尽管可用数据有限 在亚洲背景下,本文的结论是确定重大的排放机会 减少碳能源业务的排放量,以制定经济改革和法律法规 《联合国框架公约》关于清洁发展机制和联合执行的指示 气候变化。

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