The invention relates to a method for the nickel chloride-aided synthesis of fuel cell catalyst carrier ordered mesoporous carbon, which belongs to a preparation process of a direct methanol fuel cell catalyst. The method can produce carbon-carried Pt catalyst with excellent performance by adopting in-situ carbon thermal reduction technique and a unique binary metal loading method and is applicable to oxyhydrogen proton exchange membrane fuel cells and direct methanol fuel cells. The method produces a binary electrocatalyst by using a metal chloride as an additive, synthesizing the ordered mesoporous carbon with a modified soft template self-assembly method, forming a metal nanocrystal through carbon thermal reduction, and loading Pt nano particles with a microwave heating glycol reduction method. The catalyst has excellent electrocatalysis performance and substantially increases the catalytic activity and utilization rate of Pt, thereby having enormous application prospect.