A Spanish scientist José Antonio G. I. has developed a system that is able to generate and store hydrogen on-site from tap water without electrolysis.
The system produces hydrogen on-site without expensive electrolysis. The prototype utilizes a water tank that is initially filled with water, ferrosilicon, and sodium hydroxide.
The prototype consists of a water tank that is initially filled with water, ferrosilicon, and sodium hydroxide. Hydrogen production begins when a 20 W compressor discharges pressurized air in the lower part of the tank.
After the hydrogen is purified, it flows via an upper conduit to another tank equipped with closed contacts, a safety valve and an outlet pipe assisted by a solenoid valve.
Until now, the most common way to produce hydrogen is by electrolysis. However, this process implies a significant electrical consumption that makes it not interesting from an economic point of view.
The group is also designing a larger model that can work with a pressure of 750 Kg/cm2 and can reportedly supply a thermal power plant or a container ship.
Tags: Eloctrolysis, Hydrogen, Spanish scientist, Tap Water, Technology
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