NOVELTY - A fuel-cell (10) includes electrodes including anode (14) and cathode (16); electrolyte (18); fuel connection for circulating an organic fuel which is free of acid electrolyte into contact with the anode; and second connection for circulating air into contact with a cathode. The electrode(s) includes a structure that is capable of wetting the organic fuel.    USE - Used as liquid feed organic fuel cell.    ADVANTAGE - The liquid feed fuel cell does not require a sulfuric acid electrolyte.    DETAILED DESCRIPTION - INDEPENDENT CLAIMS are also included for the following:    (1) forming a fuel-cell by obtaining a backing material for use in forming an anode structure; forming an additive within the anode that promotes uniform wetting of the anode; adding an electro-catalyst to the anode; attaching the anode to a solid membrane that includes an electrolyte and attaching the electrolyte membrane to a cathode; and carrying out a chemical reaction by flowing organic fuel that is free of acid electrolyte into contact with the anode;    (2) operating a fuel-cell by circulating an organic fuel that is free of an acid electrolyte fuel to an anode; circulating air to a cathode to allow an electrochemical reaction that produces electricity and also produces an output product including water and gas; and separating the gas from water in the output product; and    (3) method comprising carrying out an electrochemical reaction in a fuel-cell by introducing an organic fuel that is free of acid electrolyte into an area of an anode, to carry out a chemical reaction that produces electricity and releases water and gas; and separating water from gas in an area of the cathode, and reintroducing recovered water into an area of the anode.    DESCRIPTION OF DRAWING(S) - The figure is a schematic view of improved liquid feed organic fuel cell having solid polymeric membrane.    Fuel cell (10)    Housing (12)    Anode (14)    Cathode (16)    Electrolyte (18)    Pump (20)    Port (24, 30)    Compressor (26)    Cathode chamber (28)