Developing a facility-level reporting programme for sources of non-CO2 gases: the United States experience

Lisa Hanle, Suzanne Kocchi, Shaun Ragnauth
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Abstract

Many countries are considering opportunities to develop mandatory greenhouse gas (GHG) reporting programmes to support policy analysis. A primary focus of these reporting programmes is reporting of CO2 emissions. However, it would be a mistake to overlook non-CO2 emission sources. Recognizing the importance of these emissions, the U.S. GHG Reporting Program (GHGRP) covers major sources of CH4, N2O and fluorinated gases. The GHGRP includes reporting of non-CO2 emissions from adipic and nitric acid production, several industries emitting fluorinated gases, landfills, manure management, coal mines, petroleum and natural gas systems and wastewater. Some sources of non-CO2 emissions can be incorporated in a facility-level reporting programme with relative ease (e.g. aluminum production). For other sources, developing a facility-level reporting programme can pose challenges. The article reviews the sources of non-CO2 emissions most amenable to facility-level reporting considering existing quantification methods and the size and number of reporters, as well as challenges associated with these sources. Finally, relative cost-effectiveness of reporting ($/ton CO2e reported) is presented for facilities with non-CO2 compared with facilities reporting primarily combustion and process-related CO2 emissions. Throughout the article key issues are highlighted that may be useful for policymakers to consider when developing their own GHG reporting programme.
制定非二氧化碳气体来源的设施级报告方案:美国的经验
许多国家正在考虑制定强制性温室气体(GHG)报告计划的机会,以支持政策分析。这些报告方案的主要重点是报告二氧化碳排放量。然而,忽视非二氧化碳排放源将是一个错误。认识到这些排放的重要性,美国温室气体报告计划(GHGRP)涵盖了CH4、N2O和氟化气体的主要来源。GHGRP包括报告己二酸和硝酸生产、几个排放氟化气体的行业、垃圾填埋场、粪肥管理、煤矿、石油和天然气系统以及废水的非二氧化碳排放。一些非二氧化碳排放源可以相对容易地纳入设施一级的报告方案(例如铝生产)。对于其他来源,制定设施一级的报告方案可能会带来挑战。考虑到现有的量化方法、记者的规模和数量,本文回顾了最适合设施级报告的非二氧化碳排放源,以及与这些来源相关的挑战。最后,将报告的相对成本效益(报告的每吨二氧化碳当量$)与主要报告燃烧和与过程有关的二氧化碳排放的设施进行比较。整篇文章都强调了一些关键问题,这些问题可能对决策者在制定自己的温室气体报告计划时加以考虑是有用的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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