Interfacial-Reaction Study of San Carlos Olivine Carbonation

Hamdallah Bearat's picture
Journal Title, Volume, Page: 
Microscopy and Microanalysis / Volume 9 / Supplement S02 / August 2003, pp 682-683
Year of Publication: 
2003
Authors: 
Ryan Nunez
Arizona State University
Youngchul Kim
Arizona State University
R. W. Carpenter
Arizona State University
Michael McKelvy
Arizona State University
Andrew Chizmeshya
Arizona State University
Hamdallah Bearat
Arizona State University
Current Affiliation: 
Department of Materials Science, Faculty of Engineering and Information Technology, An-Najah National University, Nablus. Palestine
Preferred Abstract (Original): 

Since the late 19th century atmospheric CO2 levels have been steadily on the rise. Approximately one third of all human emissions come from fossil fuel power plants. As countries become more dependent on electrical energy and bring on line new power plants these CO2 levels will continue to rise [1]. Several solutions to this problem address converting the CO2 from the gaseous phase and storing it. Oceans, subsurface reservoirs such as depleted oil fields, and terrestrial carbon pools have all been suggested [2]..
see the full abstract in the attached file

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