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Going Green - Environmental issues in valve-related industries

机译:走向绿色-阀门相关行业的环境问题

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CO{sub}2 capture technology ADA-ES Inc. has announced that it was notified by the Department of Energy that it had been selected to develop a technology that will capture CO{sub}2 from coal-fired power plants, ADA-ES will be the prime contractor in what is expected to be a several million dollar project with the DOE's National Energy Technology Laboratory and several industry participants. Several major power producers interested in supporting the development of the technology have provided letters of commitment to contribute USD 12 million of the project funding. These participants include AEP, Luminant, Southern Co., and Xcel Energy. In addition, the Electric Power Research Institute has agreed to support the project. Final scope of work and terms are to be worked out with DOE on the contract over the next two months. The technology is being designed to provide a means of reducing the emissions of greenhouse gases from coal-fired boilers. Regulations to limit carbon emissions in the future are being discussed at the International, Federal, Regional, and State levels. ADA-ES will be developing emission reduction technology based around the use of solid sorbents. Most competing technologies use liquid solvents such as ammonia or amines to accomplish this taskThe project is expected to start by I October 2008 and last for three years. During that time, ADA-ES will be managing a team of technical experts and will be performing testing at several of the power producers on the team.
机译:CO {sub} 2捕集技术ADA-ES Inc.宣布,美国能源部已通知其已选择开发一种技术,该技术将从燃煤电厂ADA-ES中捕集CO {sub} 2它将是美国能源部国家能源技术实验室和数个行业参与者共同完成的一项数百万美元项目的主要承包商。有几家有兴趣支持该技术开发的主要电力生产商已经提供了承诺书,承诺为该项目提供1200万美元的资金。这些参与者包括AEP,Luminant,Southern Co.和Xcel Energy。此外,电力研究所已同意支持该项目。在接下来的两个月中,最终工作范围和条款将与美国能源部就合同确定。该技术旨在提供一种减少燃煤锅炉温室气体排放的方法。国际,联邦,区域和州各级都在讨论限制未来碳排放的法规。 ADA-ES将基于固体吸附剂的使用来开发减排技术。大多数竞争技术都使用液态溶剂(例如氨或胺)来完成此任务。该项目预计在2008年10月1日开始,为期三年。在此期间,ADA-ES将管理一个技术专家团队,并将在该团队中的多个电源生产商处进行测试。

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  • 来源
    《Valve World》 |2008年第7期|共2页
  • 作者

    Joe Machney;

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  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 TH134.1;
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