![]() DOE awarded $295M in December 2009 for an 11 year CCS contract as part of the CCPI funding - see below. Southern has not provided a cost estimate for this project. The carbon from a 25-megawatt slip of flue gas reacts with an amine solvent before being captured, isolated and compressed into a liquid, preparing it for pipeline transport. It is unknown if this project will go aheadĬarbon dioxide is captured using the KM CDR Process® capture technology, developed by Mitsubishi Heavy Industries Ltd. Timing : Capture started June 2011 Storage started in 2012 Size: 25 MW slip stream (0.1 to 0.15 Mt of CO2 captured annually)Ĭapture Technology : MHI amine based process called called KM-CDR, and utilizes MHIA’s KS-1 solventĬO2 Fate : Sequestration into the Citronelle oil field Location: Plant Barry Power station, Mobile, Alabama, US Plant Barry Fact Sheet: Carbon Dioxide Capture and Storage ProjectĬompany/Alliance : Southern Energy, Mitsubishi Heavy Industries (MHI), Southern Company, SECARB (US DOE's Southeast Regional Carbon Sequestration Partnership) and Electric Power Research Institute The website is being kept online as a reference but will not be updated. ![]() Courtesy: Southern Co.As of September 30, 2016, the Carbon Capture and Sequestration Technologies program at MIT has closed. pulled out of the high-profile project this March, saying it could not accept (and match) $295 million in federal grants, given the short deadline, which left it too little time to contemplate financial ramifications for the company. Originally, the plant was to capture up to 1 million metric tons of carbon dioxide. The carbon capture demonstration project planned for construction at Plant Barry (shown here) is a much smaller endeavor than was initially planned. also said it would have had to come up with approximately another $350 million on its own, which was not in its “best interest.” The company subsequently pulled out of the high-profile project but said it would continue with the smaller demonstration.ĥ. Company representatives said they did not have enough time to perform due diligence in terms of financial ramifications for the company. Along with the DOE’s funding came a hard deadline to commit to the project, however. In December 2009 that project was part of the original group of projects to receive $295 million of third-round funding from the DOE’s Clean Coal Power Initiative. The Plant Barry (Figure 5) project is a much smaller endeavor than initially planned originally, the plant had been proposed to capture up to 1 million metric tons of CO 2 for storage in saline formations in the Citronelle oil field. In addition to the projects at Yates and Barry, a company subsidiary, Mississippi Power, is building an advanced commercial-scale coal gasification power plant in Kemper County, Miss., that will include carbon capture and reuse for enhanced oil recovery. Department of Energy (DOE) near Birmingham, Ala. operates the National Carbon Capture Center for the U.S. Courtesy: MHIĪ participant in several major research initiatives to advance the development of carbon capture and storage technology, Southern Co. The pilot project uses a mobile version of MHI’s KM-CDR CO 2 capture process, where a small amount of CO 2 is captured using the company’s proprietary KS-1 solvent-an advanced hindered amine solvent-and then returned to the plant’s flue gas stack. in September reported that they had captured carbon dioxide for the first time at a pilot-scale project at Georgia Power’s Plant Yates near Newnan, Ga. Mitsubishi Heavy Industries (MHI) and Southern Co. The research project, which has been ongoing since August, is expected to continue through the middle of November.Ĥ. For the project at Plant Barry, the 500 tpd of CO 2 will be compressed and transported via pipeline to deep underground storage formations. According to MHI, the pilot project at Yates is a “catch and release” process, where a small amount of CO 2 is captured from a 0.1-MW slipstream using the company’s proprietary KS-1 solvent-an advanced hindered amine solvent-and then returned to the plant’s flue gas stack (Figure 4).
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