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10334 Materials Optmisation for CO2 Transporation in CO2 Capture and Storage

Picture for 10334 Materials Optmisation for CO2 Transporation in CO2 Capture and Storage
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Product Number: 51300-10334-S
ISBN: 10334 2010 CP
Author: Bijan Kermani and Federico Dagu
Publication Date: 2010
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With the growing environmental constraints, global warming and public awareness, there is an increasing incentive to reduce carbon emissions. One approach to achieving this is through CO2 capture and storage (CCS). Once captured and compressed, CO2 must be transported to a long term storage site. In principle, transmission may be accomplished by pipelines, tankers, trains, trucks, compressed gas cylinders, as CO2 hydrate, or as solid dry ice. However, only pipeline and tanker transmission are reasonable options for the large quantities of CO2 associated with power stations, other industry activities or hydrocarbon production.

This paper combines current status of materials and corrosion options for CO2 transmission, outlining any technology gaps that may exist. In addition, a simple guideline is presented enabling materials optimization for CO2 transmission in CCS.

Keywords: Climate change, CO2 capture and storage, CO2 corrosion, CO2 sequestration, greenhouse gasses, materials optimization
With the growing environmental constraints, global warming and public awareness, there is an increasing incentive to reduce carbon emissions. One approach to achieving this is through CO2 capture and storage (CCS). Once captured and compressed, CO2 must be transported to a long term storage site. In principle, transmission may be accomplished by pipelines, tankers, trains, trucks, compressed gas cylinders, as CO2 hydrate, or as solid dry ice. However, only pipeline and tanker transmission are reasonable options for the large quantities of CO2 associated with power stations, other industry activities or hydrocarbon production.

This paper combines current status of materials and corrosion options for CO2 transmission, outlining any technology gaps that may exist. In addition, a simple guideline is presented enabling materials optimization for CO2 transmission in CCS.

Keywords: Climate change, CO2 capture and storage, CO2 corrosion, CO2 sequestration, greenhouse gasses, materials optimization
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