FuelCell Energy and ExxonMobil continue carbon-capture technology development project – Chemical Engineering

| By Mary Bailey
FuelCell Electricity, Inc. (Danbury, Conn.) and ExxonMobil Engineering and Engineering Business (EMTEC) have agreed to increase their ongoing joint improvement agreement by means of March 31, 2024. The extension allows further improvement connected to producing scale-up and function in direction of advancing the carbonate fuel cell technological know-how for point resource carbon capture applications in opposition to a broader established of carbon capture chances together with reduced carbon intensity flue streams. The prolonged progress get the job done will also empower continued joint internet marketing and income attempts as well as general performance advancement and expense optimization.
FuelCell Electrical power and EMTEC will proceed to get the job done on finalization of engineering and charge factors of a potential demonstration of the engineering with ExxonMobil a ultimate expenditure final decision on the demonstration task is expected later this 12 months.
Jason Number of, CEO and president of FuelCell Electrical power commented, “We are incredibly happy that our jointly-produced carbon capture technological know-how has been uncovered to be possible for the business usage we are targeting and look forward to doing work with ExxonMobil to a potential demonstration venture.”
He extra, “The aim on methods for industrial organizations to lower their emissions proceeds to expand, and we are enthusiastic about the promise of this technologies to capture CO2 emissions from industrial and industrial exhaust streams. We are assured that the carbonate fuel cell technologies can play a essential position as element of built-in carbon abatement solutions, which consist of carbon utilization and sequestration. We are dedicated as a firm to support lessen carbon emissions worldwide.”
Carbonate fuel cells can effectively capture and concentrate carbon dioxide from external resources. CO2-containing flue streams, like combustion exhaust, can be directed to the gasoline cell, exactly where electrochemical reactions create electric power and hydrogen even though capturing and concentrating carbon dioxide for utilization or long term sequestration. The modular layout of the technological know-how enables it to be utilized in a quantity of programs in a huge assortment of destinations and permits large efficiency operation though permitting companies in hard-to-decarbonize industrial and professional sectors to advance their plans.
