Investigation of the Petition-fuel production as HHO-gas through developed electrolyser by using the mathematical model with experimental performance analysis

Abstract

Abstract This paper examines the design of an electrolyser model, comparing it with mathematical and experimental models. The model involves passing an electric current through water dissolved with an alkylamine-ethoxylate compound, resulting in the release of oxygen and hydrogen, forming Oxy-hydrogen gas. The gas generation rate of the generated HHO-gas is predicted using the mathematical and experimental models. The experiment investigates factors such as Faraday efficiency, power, compound concentration in water, and hydrogen concentration in HHO-gas at different operating temperatures. The alkylamine ethoxylate is a compound composed of cationic, anionic, and non-anionic surfactants, with a concentration range of 15% to 60%. The model shows a power consumption range of 72% to 88% with operating temperatures of 30 to 80 degrees Celsius. The electrode disc plates have an internal distance of 2.5 mm to 1.2 mm and are connected to a negative and positive terminal. The results show a remarkable level of agreement between the experimental results and the mathematical model, indicating that gas generators consistently provide the specified output across various operational circumstances.