Practical implementation for efficiency evaluation of hydrogen production methods

The purpose of this paper is to build a test stand for a hydrogen generator and analyze the working principle regarding different operation parameters in normal temperature and pressure conditions. Hydrogen is one of the most abundant elements in the entire Universe. Even though hydrogen is a colorless tasteless and odorless gas, in the literature it is given a series of colors that underline the method of the gas production or extraction. For example, green hydrogen is made using renewable energy and using electrolysis, purple hydrogen is made using nuclear power and heat and there are more colors regarding the production method and the impact it has on the environment. Hydrogen production is just a process of splitting water into the 2 components, hydrogen and oxygen and using hydrogen means merging those two gases back together. Splitting them requires energy and merging them back generates energy so in other words hydrogen is an energy vector. The main challenge is the way hydrogen is generated, stored, transported, and used. All those processes that involve hydrogen must be feasible from an economic point of view. For the storage problem there are already some solutions implemented in different areas with different storage and further use solutions.