Experimental Study and Desing of Hydrogen Surface Production and Exportation Unit using Typical model

Abstract

This thesis aims to experiment with hydrogen production and to design an HSPEU installation by studying groundwater electrolysis using the ML-01 model and proposing innovative solutions. The objective of this work is to have the operating efficiency of the ML-01 model (probably a model to predict electrolysis performance), by performing electrolysis on two different water samples under various conditions. It also proposes a design for the HSPEU facility that combines electrolysis with methane cracking (probably to reduce dependence on fossil fuels) and suggests ways to make the process more environmentally friendly. The results obtained from this experiment show that the efficiency of the model reaches a temperature of 42°C and a voltage of 18V. finally these results are simulated by the ASPEN PLUS software.