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Conference: International Conference on Environmental Catalysis in Asheville, August 24-27, 2014

Conference: International Conference on Environmental Catalysis in Asheville, August 24-27, 2014
会议:国际环境催化会议,阿什维尔,2014 年 8 月 24-27 日
批准号:
1437125
负责人:
Carsten Sievers
金额:
$1.0万
依托单位国家:
美国
项目类别:
Standard Grant
财政年份:
2014
资助国家:
美国
项目状态:
已结题
起止时间:
2014-07-01 至 2015-06-30

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ABSTRACT TITLEConference: International Conference on Environmental Catalysis in Asheville, August 24-27, 2014ABSTRACTThis award provides the funds to subsidize the registration and travel costs for US student participation at the 8th International Conference on Environmental Catalysis (ICEC) with preference given to students making oral presentations. The conference will be held in Asheville, North Carolina, on August 24-27, 2014. The PI for the award is Prof. Carsten Sievers of the Georgia Institute for Technology. The principal objective of the conference is to create an environment for fruitful discussion and exchange of ideas among researchers from universities, national laboratories, and industry around the globe on catalytic reactions and processes with environmental implications. The field of catalysis plays a key role in the nation?s economy and standard of living. Fundamental research in catalysis produces materials (i.e., catalysts) that significantly improve the manufacturing process for many products. Many of these products find application in improving the quality of human life, reducing the adverse impact of human activities on the environment, and securing the nation's energy supply. Research in the field of catalysis also has major economic impact since a majority of the products used by a modern society require catalysts at some point in their manufacture. The scientific topics to be covered by this conference are the control of emissions of environmentally unacceptable compounds; the application of catalysts for the production of alternative, less polluting products; waste minimization; and the production of fuels and chemicals from renewable resources. These topics have significant societal impact because they directly affect the quality of life. Students who are educated by performing research in these areas will be uniquely qualified to be leaders in the technical areas required for a viable ?green economy?. This meeting will provide U.S. researchers, student and expert, exposure to developments at the cutting edge of catalysis research and a chance to publicize their research internationally to leaders in environmental catalysis. The 8th ICEC will cover all aspects of environmental catalysis, both heterogeneous and homogeneous. This meeting will provide U.S. researchers, student and expert, exposure to developments at the cutting edge of catalysis research and a chance to publicize their research internationally to leaders in environmental catalysis. Five topical sessions have been arranged: (1) sustainable and clean energy production, (2) emission control, (3) indoor air cleaning, (4) water treatment, (5) green chemistry. The ICEC was last held in the United States in 1998. International exposure is particularly important because environmental catalysis is heavily influenced by researchers from Europe and, increasingly, Asia. In addition, the conference will stimulate international collaborations and expose students and postdoctoral associates to new concepts, experimental techniques, and potential colleagues. The topics chosen for the 8th ICEC have significant societal impact because they directly affect the quality of life. Students who are educated by performing research in these areas will be uniquely positioned to be leaders in a new ?green economy?. The technological impact of support for this conference stems from the key role of catalysis in underpinning the nation?s economy and standard of living. The technical contributions to the 8th ICEC will be disseminated widely. The book of abstracts will be distributed to all participants in print and electronic version, and peer-reviewed articles will be published in a special edition of Catalysis Today.
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Mechanocatalytic Ammonia Synthesis over Transition Metal Nitrides
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    1705444
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海外基金