NOVELTY - The system has a reactor for reacting a gaseous fuel with a gaseous first waste material to form a liquid fuel. A mixer mixes the liquid fuel with the waste material to form a solution or colloid. Another reactor reacts the solution or colloid to form another gaseous fuel, where the former reactor and the mixer are at a location, the latter reactor is at another location, and the former location is between 1 kilo meter and about 500 meter from the latter location. The mixer includes an adsorbent to adsorb the waste material from a gaseous second waste material precursor.    USE - System for generating multi-purpose liquid fuel i.e. methanol, to isolate contaminant i.e. hazardous contaminant, and to store energy.    ADVANTAGE - The system eliminates water and/or oxygenated constituents to reduce fuel production cost by eliminating a need for equipment and energy that are associated with producing and storing fuels free of water and/or oxygenated constituents such that fuel toxicity is reduced by decreasing or eliminating concentration gradients between water solutions within living cells and fuel solutions. The mixer mixes the liquid fuel with the waste material to form the solution or colloid, so that release of the harmful contaminants into an environment is prevented or reduced, thus enhancing the generation of the liquid fuel similarly enhances or improves use of the liquid fuel as a solvent or continuous phase that is combined with harmful contaminants.    DESCRIPTION OF DRAWING(S) - The drawing shows a flow diagram illustrating a process for generating liquid fuel from hydrogen and a recycled carbon donor.    Process for generating liquid fuel from hydrogen and recycled carbon donor (100)    Step for obtaining hydrogen (110)    Step for harvesting carbon donor from industrial process (120)    Step for reacting hydrogen with carbon donor harvested from industrial process to create liquid fuel (130)    Step for dissolving harmful containment in liquid fuel to generate solution or colloid (140)