![]() ![]() With the additional work currently ongoing and planned in 2022, we are hopeful that ICE-31 will soon complement ICE-21 in ION's commercial portfolio for deployment in post-combustion flue gas applications."Ībout ION Clean Energy: ION was founded in 2008 with the focus of developing carbon dioxide (CO 2) capture technologies to reduce overall costs and make CO 2 capture a more viable option for greenhouse gas mitigation. This underpins our confidence in translating the large pilot testing to commercial-scale application, with minimal process risks. "Furthermore, the rigorous test campaigns that we've completed over the past seven years with ICE-21, and now with ICE-31, have allowed us to validate our solvent specific modules in ProTreat ® with an extremely high degree of accuracy. ![]() We believe the results obtained here strongly support the advancement of ICE-31 for capturing carbon from point source emissions with low CO 2 concentrations" said Buz Brown, CEO. "We are extremely pleased to have had the opportunity to demonstrate the exceptional qualities of ICE-31 at NCCC. This facility is specifically designed to optimize capture at an operating NGCC power plant and is expected to begin operations in late 2022. ION will continue to advance commercial readiness of ICE-31 at the new 10 tonnes-per-day pilot facility being constructed at Calpine's Los Medanos Energy Center in Pittsburg, California. These results confirm and expand ION's expectations that ICE-31 is an exceptional solvent for natural gas and other flue gases having low CO 2 and high O 2 concentrations such as in NGCC facilities. ION utilized its proprietary module within the Optimized Gas Treating's software ProTreat ®, where parametric predicted specific energies have an average error of 1% when compared with the empirically measured results from the NCCC campaign.ProTreat ® Predictive Modeling Validated with Empirical Results from ICE-31 CO 2 Capture Campaign at the NGCC The campaign demonstrated ICE-31's exceptional solvent stability and extremely low emissionsĤ. ![]() Stable and Environmentally Advantageous for Post Combustion CO 2 Capture facilities using ICE-31 at 95% CO 2 capture indicate specific energy of 2.6 GJ/tCO 2 for natural gas flue gas conditions and 2.4 GJ/tCO 2 for coal-fired flue gas conditionsģ.
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