![]() Nonetheless, the plant logged more than 120,000 hours of carbon capture operation over 14+ years and demonstrated an on-stream factor over 98% during later operating years. The Bellingham plant had continuous commercial operation from 1991 to 2005 before the NGCC was shut down for reasons unrelated to technical performance. Fluor’s first commercial application was on a gas turbine exhaust on the Natural Gas Combined Cycle (NGCC) power plant at Bellingham, Massachusetts. In 1989, Fluor kicked-off development of what became the EFG+ technology after acquiring rights to the original Econamine solvent from Dow. One such commercially proven carbon capture technology is Fluor’s Econamine FG PlusSM (EFG+). Implementing commercially proven technologies on a broad scale will play a substantial role in meeting the established goals under the targeted timelines. With the latest combination of government regulations and incentives that target greenhouse gas emission goals for 2030, the carbon capture focus is now shifting to large industrial emitters. ![]() ![]() ![]() As the world became more concerned with carbon dioxide’s impact on climate change, industries expanded carbon capture applications to higher pressure sources, which over time, has changed market conditions and made capturing carbon dioxide from lower pressure sources less economically attractive. Beginning in the 1980s to the early 2000s, there was a robust market for food-grade carbon dioxide which provided economic incentives for development and commercialization. Bellingham Plant aerial view Source: Fluor CanadaĬarbon capture is a mature technology solution at the forefront of energy transition options to mitigate greenhouse gas emissions from large industrial emitters.Ĭarbon capture is an efficient option for new and existing industries to meet progressing regulations while at the same time leveraging Canada’s natural resources, existing infrastructure, and capacity to sequester carbon dioxide in very close proximity to where fossil fuels are available.Ĭarbon capture from post-combustion flue gas has been practiced commercially for several decades. ![]()
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