Atomic-Level Imaging of Co2 Disposal as a Carbonate Mineral: Optimizing Reaction Process Design; Annual

Journal Title, Volume, Page:

National Energy Technology Lab., Pittsburgh, PA (United States) 2000

Year of Publication:

2000

Authors:

MJ McKelvy

R Sharma

AVG Chizmeshya

H Bearat

Current Affiliation:

Department of Materials Science, Faculty of Engineering and Information Technology, An-Najah National University, Nablus. Palestine

[email protected]

RW Carpenter

Preferred Abstract (Original):

Fossil fuels, especially coal, can support the energy demands of the world for centuries to come, if the environmental problems associated with CO (sub 2) emissions can be overcome. Permanent and safe methods for CO (sub 2) capture and disposal/storage need to be developed. Mineralization of stationary-source CO (sub 2) emissions as carbonates can provide such safe capture and long-term sequestration. Mg-rich lamellar-hydroxide based minerals (eg, brucite and serpentine) offer a class of widely available, low-cost ...
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Atomic-Level Imaging of Co2 Disposal as a Carbonate Mineral: Optimizing Reaction Process Design; Annual