![]() ![]() This successful project involved the refurbishment and modification of a post combustion pilot plant following its transportation from Munmorah Power Station to Vales Point Power Station. This project was designed to enable further development of PCC in preparation for a larger scale demonstration of the technology. $1.3 million (EOI Round 2009) The project:ĬSIRO Energy Technology received grant funding in 2010 to support a research and development program dedicated to the chemical capture of CO 2 emitted in the flue gas from NSW coal-fired power stations. To evaluate and assess solvent based post combustion capture technologies at a pilot scale with real flue gas conditions in NSW coal fired power stations The action:Ĭoal Innovation NSW funded CSIRO to develop a post combustion capture pilot plant test facility for NSW coal fired power stations. Twelve projects have been supported by the Coal innovation NSW Fund to assist improved capture and abatement of greenhouse gas emissions. Other technologies, such as membrane sieves and physical adsorption, are also being investigated as alternative or supplementary options to chemical liquid absorption. The leading technology is based on liquid absorbent capture technology which uses chemical liquids to specifically target and remove the CO 2 from the flue gas stream. Various techniques are being developed throughout the world to effectively capture CO 2 in a cost-efficient manner. This negates the expensive task of constructing or substantially modifying existing facilities and hence provides an avenue for near-term CO 2 capture. It is based on mature techniques currently used in oil refineries, petrochemical plants and other industries, and it can be retrofitted to existing processes. This technology has desirable advantages. One of the most promising capture methods available is post-combustion capture (PCC) which involves the separation and concentration of the CO 2 from flue gas obtained after the combustion of coal. The effective capture of carbon dioxide (CO 2) emitted from industrial processes is an important strategy in the reduction of greenhouse gas emissions in NSW. ![]()
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