Indian Scientists Use Coconut Core to Store Hydrogen in the Future to Drive Hydrogen Powered Cars

Researchers from the University of India in Benares used a coconut core to store gaseous hydrogen. It is known that the hydrogen with the simplest molecular structure can be stored in a liquid state much more complex than a gas tank at home, although modern science has solved the basic storage problem. However, it must maintain its properties at low temperatures, keeping storage costs high. This is obviously very uneconomical for cars that want to use hydrogen fuel as an energy source.

In previous technologies, hydrogen-fueled vehicles needed to be equipped with a large-scale storage container, and a booster tank was also required for this purpose. This is obviously a burden for small cars. It is not realistic technology, but also makes hydrogen-fueled cars unable to launch for the community. The discovery of Indian scientists at this time precisely solved the problem of hydrogen fuel storage. Of course, instead of simply injecting hydrogen fuel into the coconut shell, it is a special substance in coconuts that can effectively absorb hydrogen and release it when needed. .

It is understood that the coconut core contains various elements such as fats, organic acids, potassium, magnesium and sodium. Professor Viney Dixit, the hydrogen energy center of the University of Benares, India, successfully extracted carbon from the coconut core. He said that compared to graphene, carbon nanorods (CNTs) and other forms of carbon substances, coconut cokes are not only inexpensive, but also easily convert to carbon. Because of this, scientists believe that coconut cores are effective, easy-to-use, and economical, and they have great advantages in hydrogen fuel storage . With the replacement of hydrogen energy technology, scientists will continue to develop more practical hydrogen energy vehicles on this basis.