Carbon Capture and Hydrogen Could Reshape FuelCell Energy

Core Insights - FuelCell Energy (FCEL) is strategically focusing on the convergence of distributed power, carbon capture, and hydrogen production in response to stricter emissions regulations and increasing electricity demand [1] - The company has partnered with ExxonMobil to enhance its carbonate fuel cell technology for carbon capture from industrial exhaust while generating lower-carbon electricity, heat, and hydrogen [1][4] Carbon Capture Technology - Laboratory tests with ExxonMobil have demonstrated carbon capture rates exceeding 90%, with a pilot project scheduled for 2026 at ExxonMobil's Rotterdam facility to validate the technology in real-world conditions [2] - FuelCell Energy's integrated approach captures carbon dioxide during the electrochemical process, improving efficiency and enabling multiple revenue streams, while also reducing nitrogen oxide emissions by approximately 70% when treating industrial exhaust [3] Collaboration and Development - The ongoing collaboration with ExxonMobil showcases the potential of the technology to reduce emissions in carbon-intensive industries without compromising power output [4] - FuelCell Energy is also developing internal carbon recovery solutions that can be integrated into new installations or retrofitted into existing systems, allowing for a gradual reduction in carbon intensity [4] Hydrogen Production Opportunities - The company is expanding its hydrogen production capabilities, with significant advancements in solid oxide electrolysis testing at Idaho National Laboratory, where its system became the largest electrolyzer tested at the site [5] - The Tri-gen project with Toyota at the Port of Long Beach exemplifies FuelCell Energy's hydrogen capabilities, producing electricity, hydrogen, and usable water from a single installation [6] Market Performance - Shares of FuelCell Energy have increased by over 100% in the past six months, outperforming the industry [7]