TECHNOLOGY FOCUS - MECHANICAL ENGINEERING - Preferred Component: A fuel treatment element for pre-treating the fuel is provided prior to introduction to chemical converter(s). The vaporizer(s) for heating and vaporizing a liquid reforming agent is provided prior to introduction to chemical converter(s). Evaporator(s) for heating and evaporating the fuel is provided prior to introduction to the converter.The treatment stage comprises a de-ionizer or a vaporizer. The vaporizer comprises a steam boiler or a heat recovery steam generator. A mixer is in fluid circuit with the vaporizer and receives the vaporized reforming agent and the fuel. It evaporates the fuel and to mix the reforming agent with the fuel. A secondary heating stage is disposed between the vaporizer and the mixer for heating the reforming agent prior to introduction to the mixer.The converter comprises a reformer and the output medium includes a hydrogen output, water and carbon dioxide, and the separation stage isolates individually hydrogen, water or carbon dioxide in the output medium. A mechanism for supplying a reforming agent to the reformer is provided. A treatment stage is provided for treating a reforming agent prior to introduction to the reformer. The de-ionizer processes the reforming agent with de-ionizing resin or reverse osmosis.The chemical converter comprises reformer(s) and the output medium includes hydrogen, water and carbon dioxide, where the vehicle interface delivers hydrogen to the vehicle. The chemical converter comprises fuel cell(s) that produces electricity.The fuel cell is solid oxide fuel cell, molten carbonate fuel cell, phosphoric acid fuel cell, alkaline fuel cell, or proton exchange membrane fuel cell.A generator is provided for producing electricity. It comprises a fuel cell, a gas turbine, an internal combustion engine or a sterling engine assembly. The hydrogen processor comprises mechanical or electrochemical compressors. The electrochemical compressor comprises phosphoric acid, alkaline, or proton exchange membrane device.The output medium of the chemical converter includes steam, and the separation stage comprises mechanism for condensing the steam from the output medium, thus enabling the separation of hydrogen and carbon dioxide from the output medium.The separation stage isolates the hydrogen from the output medium by physical absorption, adsorption, low temperature distillation, high pressure liquefaction, membrane, enzyme, or molecular sieve.An inverter is provided for inverting direct current electricity generated by the chemical converter into alternating current. The energy supply station may also comprise a de-sulfurization unit for removing sulfur from the fuel or output medium, low or high temperature shift reactor for converting carbon monoxide and steam within the output medium into carbon dioxide and hydrogen, and a hydrogen processor for processing hydrogen within the output medium.A mechanism for storing the hydrogen in the storage unit in an aqueous state in sodium borohydride, potassium borohydride or lithium borohydride is provided, which releases hydrogen in the presence of a catalyst. A collection unit is provided for collecting the carbon dioxide in the output medium before being disposed. A composite, polymer-lined storage tank is provided.    TECHNOLOGY FOCUS - ORGANIC CHEMISTRY - Preferred Component: The hydrocarbon fuel includes natural gas, coal gas, propane, naphtha, gasoline, diesel fuel, methanol, or biogas.    TECHNOLOGY FOCUS - INORGANIC CHEMISTRY - Preferred Component: The reforming agent is air, water or steam.