Trademark Overview
On Tuesday, November 4, 2025, a trademark application was filed for H2MOF with the United States Patent and Trademark Office. The USPTO has given the H2MOF trademark a serial number of 99477691. The federal status of this trademark filing is RESPONSE AFTER NON-FINAL ACTION - ENTERED as of Monday, April 20, 2026. This trademark is owned by H2MOF, Inc.. The H2MOF trademark is filed in the Chemical Products, Metal Products, Machinery Products, Vehicles & Locomotive Products, Construction & Repair Services, and Computer & Software Services & Scientific Services categories with the following description:
Installation, maintenance, and repair services for solid-state hydrogen storage systems designed for low pressure and ambient temperature storage; Installation, maintenance, and repair services relating to hydrogen fuel stations, hydrogen-powered vessels, and hydrogen fuel shipping infrastructure; Installation of hydrogen storage systems in light-duty vehicles, heavy-duty vehicles, and other means of transportation for efficient and safe hydrogen storage during long-haul transports
Machinery and machine parts in the nature of hydrogen electrolyzers, namely, electrolysis machines for generating hydrogen, hydrogen compressors, hydrogen purification machine units, membrane separation machine units, gas separation machines, pressure swing adsorption machine units, hydrogen refueling station components, namely, gas compressors, cooling machine units, and dispensers being hydrogen dispensing pumps for service stations, gas handling systems comprised of gas compressors, catalytic reactors being industrial chemical reactors for hydrogen production, and pump control valves, all for hydrogen production systems for the production, storage, and transportation of hydrogen; Machines for hydrogen fuel stations, namely, hydrogen dispensing pumps for service stations, and machines for shipping hydrogen fuel and for the storage of hydrogen for light-duty vehicles, heavy-duty vehicles, and transportation vehicles
Solid-state hydrogen storage systems operating at low pressure and ambient temperature for transportation and for hydrogen-powered vessels and comprised of metal storage tanks and component parts; Hydrogen storage systems using nanotechnology, artificial molecular machinery, and reticular chemistry to optimize hydrogen adsorption and storage density and comprised of metal storage tanks and component parts
Solid-state hydrogen storage systems operating at low pressure and ambient temperature for transportation and for hydrogen-powered vessels and comprised of mobile storage tanks and component parts; Hydrogen storage systems using nanotechnology, artificial molecular machinery, and reticular chemistry to optimize hydrogen adsorption and storage density and comprised of mobile storage tanks and component parts
Scientific research, design, and development of solid-state hydrogen storage systems operating at low pressure and ambient temperature, for use in hydrogen-powered vessels, hydrogen fuel stations, and hydrogen fuel shipping; Research and development of nanotechnology, artificial molecular machinery, and reticular chemistry for the design of novel nano-materials with high hydrogen adsorption properties and high energy storage density; Engineering and technical consulting services in the field of scientific research and development of efficient hydrogen storage solutions in light-duty vehicles, heavy-duty vehicles, and long-haul transportation, including long-term hydrogen storage without liquefaction or high-pressure application
Chemicals used in industry; Chemicals used in science; Chemicals used in scientific research; Metal-organic frameworks (MOFs), namely, chemical precursors to metallic oxide; Advanced nano-materials for solid-state hydrogen storage at low pressure and ambient temperature, namely, nano titanium dioxide for industrial purposes; Chemical compositions in the nature of electrolytic acid copper solutions for efficient and safe hydrogen storage during transportation; Chemical materials in the nature of sulfonates for hydrogen-powered vessels, hydrogen fuel stations, and hydrogen fuel shipping; Chemical compositions in the nature of electrolytic acid copper solutions for nanotechnology, artificial molecular machinery, and reticular chemistry; Chemical composition with hydrogen adsorption properties to enable the storage of hydrogen without liquefaction or for a high-pressure application
