B2 abstract the present invention discloses a novel electrode catalyst for direct methanol fuel cell prepared by introducing a carbon precursor into pores of a wormhole like molecular sieve template carbonizing the carbon precursor removing the molecular sieve template to obtain a wormhole like mesoporous carbon having a high specific surface of 800 1000 m 2 g and a pore size of 4 5 nm and depositing catalyst metal such as pt u2014 ru on the mesoporous carbon application_number US 31148605 A description according to one of the preferred embodiments of the present invention the synthesis of a hollow meso pt u2014 ru electrode catalyst includes the following three major steps firstly preparing a wormhole like molecular sieve as a template detailed in the following step 1 next filling a carbon precursor phenolic resin into the template carbonizing the resin at a high temperature and removing the template detailed in the following step 2 and using an impregnation process to deposite pt u2014 ru on the surface of said hollow mesoporous carbon material obtain a pt u2014 ru mesoporous carbon electrode catalyst detailed in the following in step 3 a non ionic surfactant is dissolved in water and mixed homogenously at room temperature toluene is added into the solution and the resulting mixture is agitated in a thermostat to form micro emulsion wherein 100 g of water is added with about 2 0 u02dc 16 0 g of toluene and 2.