▎ 摘　　要

NOVELTY - Obtaining white hydrogen, turquoise and drinking water using catalytic fracking controlled in electric and microwave reactors, comprises: generating green hydrogen in reactor system with power supply with propane-1,2,3-triol, powered by energy accumulated in battery bank and obtained from solar, wind, hydraulic or gravity generated energy, and entering fuel cell or rotary engine to generate electrical energy for second system of electrical reactors; generating methane and hydrogen in second system of reactors with power supply, where waste is gasified and pyrolyzed; transferring liquid fraction of second system produced to liquid fraction tank and reprocessing; subjecting gas to a filtering, liquefying and storing in a gas fraction tank at 750° C to generate methane and 97% hydrogen; and generating hydrogen, solid carbon dioxide, methane and hydrogen, by passing to a third reactor system, bombarding with microwave and water vapor to produce hydrogen and solidifying carbon dioxide. USE - The process is useful for obtaining white hydrogen, turquoise and drinking water using catalytic fracking controlled in electric and microwave reactors as a process using urban solid waste, pathogens, industrial, mud and sewage liquids as a power supply. ADVANTAGE - The process is modular and scalable.