当前位置:首页 >英文主页 >中英对照 > 报告详情

未来资源研究所(RFF):2024钢铁和铝产业产品层面的温室气体排放强度报告(英文版)(31页).pdf

上传人: 白**** 编号:174740 2024-09-12 31页 495.74KB

下载:

1、Greenhouse Gas Emissions Intensities of the Steel and Aluminum Industries at the Product Level Brian P.Flannery and Jan W.Mares Report 24-13 August 2024 Resources for the Future i About the Authors Brian P.Flannery is a visiting fellow at Resources for the Future(RFF).Dr.Flannery joined RFF in 2012

2、where he continues involvement in climate and energy issues that began when he joined Exxons Corporate Research in 1980.He retired from Exxon Mobil Corporation in 2011 as Science,Strategy,and Programs Manager.At Exxon,he conducted and supported climate research,and organized international meetings o

3、n climate-related science,technology,economics,and policy.As an observer for industry and continuing at RFF,he followed and reported on IPCC assessments and negotiations under the UN Framework Convention.At Exxon,Flannery played a leadership role in creating the Joint Program on the Science and Poli

4、cy of Global Change(MIT)and the Global Climate and Energy Project(Stanford).Flannery has served on numerous editorial and advisory boards,among them Stanford University School of Engineering and Annual Reviews of Energy and Environment and participated in assessments by the US DOE(climate modeling a

5、nd scenarios),EPA(climate impacts),and IPCC Working Group III.He served with business associations including the International Chamber of Commerce(Vice-Chair,Environment and Energy Commission),US Council for International Business(Chair,International Energy Working Group),and Major Economies Busines

6、s Forum(Chair,Task Force on Business Engagement).Before Exxon,Flannery pursued a career in astrophysics with degrees from Princeton(1970)and UC Santa Cruz(PhD 1974)and as a post-doctoral associate at the Institute for Advanced Study and assistant and associate professor at Harvard.Flannery is coauth

word格式文档无特别注明外均可编辑修改,预览文件经过压缩,下载原文更清晰!
三个皮匠报告文库所有资源均是客户上传分享,仅供网友学习交流,未经上传用户书面授权,请勿作商用。
本文主要讨论了温室气体排放强度(GGI)在钢铁和铝工业产品层面的应用。作者Brian P. Flannery和Jan W. Mares是资源未来研究所(RFF)的访问学者和高级顾问,他们基于多年的研究和实践经验,提出了一个温室气体指数(GGI)的概念,用于衡量制造特定温室气体密集型产品所需的二氧化碳当量排放量。 文章指出,美国每年排放超过25,000吨二氧化碳当量的设施需要向美国环保署(EPA)报告其温室气体排放量。类似的数据报告程序在许多向美国出口的国家中也有存在。文章还提到,一些国际组织,如CRU和钢铁、铝行业的国际贸易协会,收集并发布了有关基本氧气钢、电弧炉钢和原铝的平均排放强度信息。 此外,文章强调,为了确定特定设施产品的温室气体排放强度,需要采用类似增值税的程序,考虑制造商运营产生的排放以及从供应商处购买的温室气体密集型产品的排放。文章还指出,钢铁和铝公司、工会、协会、供应商以及他们所在社区和地区将坚持对影响这些企业和他们所覆盖产品的竞争力的任何碳税或其他温室气体控制政策,必须对类似的进口产品征收,并对受覆盖的出口美国产品进行退税。 最后,文章指出,由于不同设施在供应商、制造程序、设施规模、年龄、维护、操作实践和效率等方面存在差异,因此,即使是相同的产品,不同制造商的温室气体排放强度也可能存在显著差异。因此,对于特定设施的产品,需要确定温室气体排放强度。
钢铁和铝业温室气体排放强度如何? 不同生产设施的温室气体排放强度有何差异? 如何准确计算特定产品的温室气体排放强度?
客服
商务合作
小程序
服务号
折叠