NOVELTY - An anode catalyst preparing method involves adding water-soluble monosaccharide or polysaccharide, thiourea and ammonium tungstate to deionized water, and blending mixture. The obtained mixture is polymerized and hydrophilic nanocarbon is added to resin. The obtained suspension is spray-dried and placed in protected tubular furnace to obtain tungsten oxide-modified macroporous carbon. Chloroplatinic acid is added to deionized water and processed ultrasonically. The mixture is added to tungsten oxide-modified macroporous carbon and stirred. The suspension is spray-dried, calcined and cooled.    USE - Method for preparing anode catalyst that is utilized in methanol fuel cell (claimed).    ADVANTAGE - The method enables preparing anode catalyst in direct manner, with high catalytic activity, high conductivity and large surface area, achieving special affinity for platinum with sulfur-containing macroporous carbon, strengthening dispersed platinum, increasing catalytic activity of catalyst per unit area, and strengthening dissociative adsorption of carbon monoxide on platinum role.    DETAILED DESCRIPTION - An anode catalyst preparing method involves adding water-soluble monosaccharide or polysaccharide, thiourea and ammonium tungstate to deionized water, and blending the mixture uniformly to obtain mixed solution, where the molar ratio of water-soluble monosaccharide or polysaccharide, thiourea, deionized water and ammonium tungstate is 1:1:100:0.1-0.5. The obtained mixture is polymerized at 90 degrees C for 30 minutes to obtain thiourea-sugar resin and hydrophilic nanocarbon is added to the resin and stirred to obtain liquid suspension, where the mass ratio of the thiourea-sugar resin and hydrophilic nanocarbon is 1:1. The obtained suspension is spray-dried and placed in protected tubular furnace to heat at 200 degrees C, 650 degrees C and 1000 degrees C for 2 hours to obtain tungsten oxide-modified macroporous carbon. 1.27-6.35 g chloroplatinic acid is added to 200 ml deionized water and processed ultrasonically at 10-30 degrees C. The obtained mixture is added to the tungsten oxide-modified macroporous carbon and stirred uniformly to obtain suspension. The suspension is spray-dried and calcined at 900 degrees C for 2 hours. The calcined suspension is cooled to 10-30 degrees C to obtain the finished product. An INDEPENDENT CLAIM is also included for a method for preparing methanol fuel cell, which involves mixing the anode catalyst, water, 5 wt.% thiourea-sugar resin and anhydrous hexanol mixture in mass ratio of 1:3:2:3 to obtain slurry, applying the slurry on carbon paper hydrophobically, and drying the coated carbon paper.