Bloom Energy has recently been granted a patent for a groundbreaking membrane electrode assembly (MEA) designed to boost the efficiency of fuel cells. This innovative assembly features an ionically-conductive proton exchange membrane, an anode with multiple layers containing specific catalyst particles and bonding agents, and a cathode. The design of the MEA allows for preferential catalyzation of reactions like carbon monoxide oxidation and hydrogen ion generation. GlobalData's company profile on Bloom Energy reveals a strong emphasis on Polymer electrolyte fuel cells as a key innovation area. Bloom Energy holds a grant share of 40%, indicating a significant presence and success in this field. The MEA patent signifies a milestone in fuel cell technology, incorporating a unique combination of materials in its construction to optimize catalyst performance and membrane structure for enhanced efficiency and performance. Overall, this patented technology showcases advancements in fuel cell technology, particularly in catalyst performance and membrane design. By focusing on specific reactions and utilizing innovative materials, Bloom Energy aims to revolutionize fuel cell efficiency and functionality. The report by GlobalData provides in-depth insights into Bloom Energy's patenting strategy and its position in the fuel cell industry.