Designing Hydrogen Networks with Multiple Impurities by Combining Concentration Potential Method with Sources Matching Methods

Combining the concentration potential method with the sources matching method, an integration method for designing hydrogen distribution networks with multiple impurities is presented by This paper. The concentration potential method was used to determine the process-performing order. When a hydrogen-using process is being satisfied, The target is to reduce the consumption of the external hydrogen source, The design ideas by drawing a single impurity the source matching law, the choice and distribution complementary sources method is improved to be used, multiple rules of multi-impurity source distribution is presented. The example show that the proposed method resulting design compared with the current production, the external hydrogen source consumption decreased by 65.6%, resulting network structure is simple, simple design steps and calculations are not complicated. The description of the proposed method is effective and feasible.