DCL International has unveiled a groundbreaking catalyst designed to enhance the breakdown of hydrogen peroxide in various industries. The catalyst's innovative technology accelerates the decomposition process, ensuring that only oxygen and water vapor are released, thus eliminating harmful byproducts. By utilizing a special metal structure, the catalyst provides a significant surface area for the reaction to occur, enabling it to function at gas speeds exceeding 2,000 meters per second—far surpassing traditional automotive catalysts. Additionally, its dense cell structure of up to 3,000 cpsi (cells per square inch) maximizes efficiency, with future models expected to reach 4,000 cpsi, making it robust even under extreme pressure. The catalyst's sturdy metal construction allows it to endure high heat and mechanical stress, rendering it reliable for demanding industrial applications. Tested successfully in the aerospace sector, including in a private rocket launch, the catalyst has proven its effectiveness in high-performance propulsion systems. Furthermore, industries such as renewable energy, medical sterilization, and wastewater treatment are benefiting from this innovative technology. By facilitating the safe breakdown of hydrogen peroxide, the catalyst contributes to cleaner energy generation, improves sterilization processes in healthcare settings, and enhances wastewater treatment by ensuring safe decomposition of chemicals. Shazam Williams, DCL's Technical Director, emphasizes that this breakthrough addresses the growing need for cleaner and more efficient chemical processes. By combining speed, durability, and safety, this catalytic solution supports industries seeking greener and high-performance alternatives.