About 3 Trademarks found for “H2MOF”

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 for 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.

Machinery and equipment for the production, storage, and transportation of hydrogen; solid-state hydrogen storage systems operating at low pressure and ambient temperature for transportation and for hydrogen-powered vessels; machinery for hydrogen fuel stations, shipping hydrogen fuel, and the storage of hydrogen for light-duty vehicles, heavy-duty vehicles, and transportation vehicles; hydrogen storage systems using nanotechnology, artificial molecular machinery, and reticular chemistry to optimize hydrogen adsorption and storage density.

Chemicals used in industry; chemicals used in science; chemicals used in research; metal-organic frameworks (MOFs), namely, chemical precursors to metallic oxide; advanced nanoscale chemical substances for solid-state hydrogen storage at low pressure and ambient temperature; chemical compositions for efficient and safe hydrogen storage during transportation; chemical materials for hydrogen-powered vessels, hydrogen fuel stations, and hydrogen fuel shipping; chemical compositions 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.