NOVELTY - Compound anode sol-gel flowing phase direct methanol fuel cell comprises cell casing; film electrode; anode tube; gel flowing phase chamber arranged in anode tube; and air chamber arranged between casing and film electrode, such that cathode and anode ends are respectively connected with cell casing through welding point and provided with cathode output end and anode output end. The fuel cell also comprises material adding hole; air flowing hole; water draining hole; and carbon dioxide discharge hole arranged at bottom of anode dispersing layer of casing.    USE - Compound anode sol-gel flowing phase direct methanol fuel cell.    ADVANTAGE - The fuel cell employs gel flowing phase with high proton and electron conducting capability, thus solving problem of methanol crossover and reducing poison to cathode and anode catalyst of fuel cell, while improving fuel cell performance.    DETAILED DESCRIPTION - Compound anode sol-gel flowing phase direct methanol fuel cell comprises cell casing; film electrode; anode tube; gel flowing phase chamber arranged in anode tube; and air chamber arranged between casing and film electrode, such that cathode and anode ends are respectively connected with cell casing through welding point and provided with cathode output end and anode output end. The fuel cell also comprises material adding hole formed on gel flowing phase chamber of casing; air flowing hole arranged on air chamber part of casing; water draining hole provided at bottom of air chamber of casing; and carbon dioxide discharge hole arranged at bottom of anode dispersing layer of casing. The gel flowing phase comprises (mass%) methanol (3-30), sulfuric acid (10-30), water (50-80), conductive polymer and/or conductive nanopowder (1-6), and metal organic compound or metal salt (5-30).It is produced by taking metal organic compound or metal salt as precursor and flowing phase methanol as dispersion medium; adding sulfuric acid and water; performing hydrolyzation and polycondensation to obtain sol; and adding and mixing polymer and/or conductive nanopowder to prepare gel flowing phase. The metal organic compound comprises tetramethyl orthosilicate. The metal salt is sodium silicate. The conductive polymer is polyaniline or polypyrrole. The conductive nanopowder is carbon, copper, or silver.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic cross-sectional view of compound anode sol-gel flowing phase direct methanol fuel cell.