ICTL

(Based on Intent to Use) Catalysts for chemical and biochemical processes; Catalysts for use in the manufacture of industrial chemicals; Catalysts used in processes of converting coal to liquid chemicals and fuels; Chemicals derived from coal for use in the direct conversion of coal to hydrocarbon liquids-fuels or the indirect conversion of coal via gasification to form carbon monoxide/hydrogen to later be converted to oxygenated fuel additives; Chemical additives for fuel treatment; Chemical additives for oils; Chemical additives for use with internal combustion engine fuels; Chemical agents for carbon dioxide sequestration; Chemical gasoline additives; Chemicals for use in the biochemical and chemical industry; Chemicals for use as blending stocks for gasoline, diesel and other motor and aviation fuels; Chemicals, namely, stability additives for diesel and gasoline fuels; Chemicals, namely, cold flow improvers, dehazers, acid reduction aids, corrosion inhibitors, and combustion improvers used in gasoline, diesel, and other motor and aviation fuels

(Based on Intent to Use) Fuels; Fuels produced from coal; Biofuels; Fossil fuel substitutes, namely, biofuels, Aviation fuel, Biodiesel fuel, Diesel fuel, Liquid fuels, Gaseous fuels, Motor fuels, Jet fuels

(Based on Intent to Use) Reaction systems for converting coal to liquid chemicals or fuels comprised of high pressure fixed bed or multi-phase slurry bed reactors; Reaction systems for carbon dioxide sequestration comprised of CO2 capture and conversion via production of methanol, dimethyl carbonate and/or urea; Reaction systems for dimethyl carbonate synthesis comprised of fixed bed or catalytic distillation reactors; Reaction systems for chemical processing comprised of fixed bed, fluid bed or slurry bed reactors for production and conversion of carbon monoxide and hydrogen to fuels and fuel additives

(Based on Intent to Use and 44(d) Priority Application) Processing of chemical reagents in the nature of isolation via extraction, distillation or condensation as part of a fuel refining system; Production and processing of fuels in the nature of fuel refining, isolation and later blending and formulation of finished fuel products; Production of liquid fuels and chemicals from coal; Carbon dioxide sequestration from various process streams or other CO2 containing gas streams; Production and synthesis in the nature of production of dimethyl carbonate; Processing of chemicals in the nature of refining of urea, methanol and dimethyl carbonate using Fischer Tropsch synthesis for production of heavy hydrocarbons for conversion to diesel and jet range fuels specify purpose of process; Production and synthesis in the nature of production of dimethyl ether; Production of alkene from dimethyl ether; Production of low-carbon alkene from methanol; Production of gasoline from methanol; Production of biofuels from biomass, namely, algae