碳材料由于其成本低、高的比表面积、可调的孔隙及表面化学性质和结构稳定性

Because of its low cost, high specific surface area, adjustable pores, surface chemical properties and high structural stability, carbon materials are widely used as carriers to support Pd NPs to catalyze the decomposition of formic acid to produce hydrogen. However, the preparation process of carbon materials generally has problems such as cumbersome operation and high cost. In view of this, in this article, we have adopted a simple and low-cost method to prepare a series of carbon materials, and synthesized high catalytic activity and selection for catalyzing the decomposition of formic acid to hydrogen by the method of sodium borohydride reduction. The main research contents are as follows

Carbon materials are widely used as carrier load Pd NPs to decompose and prepare hydrogen for the decomposition of Pd NPs due to their low cost, high ratio surface area, adjustable pores and high surface chemical properties and structural stability. However, the preparation process of carbon materials generally has problems such as cumbersome operation and high cost. In view of this, in this article, we have prepared a series of carbon materials using a simple, low-cost method, and synthesized the high catalytic activity and selective Pd catalyst for catalytic acid decomposition of hydrogen production by reducing sodium borate, the main research content is as follows

Carbon materials have been widely used as carriers for catalytic decomposition of formic acid to hydrogen due to their low cost, high specific surface area, adjustable pores, surface chemical properties and high structural stability. However, the preparation process of carbon materials generally has the problems of complicated operation and high cost. In view of this, in this paper, a series of carbon materials were prepared by a simple and low-cost method, and Pd catalysts with high catalytic activity and selectivity for the decomposition of formic acid to hydrogen were synthesized by sodium borohydride reduction