Flash Joule News Today

Researchers from Rice University have discovered that graphene, produced from metallurgical coke—a byproduct of coal—could not only enhance the strength of cement but also replace sand in the composition of concrete.

The world's reliance on concrete, the second most consumed material after water, is leading to an environmental and resource crisis, with sand mining r ...

A team of researchers at Rice University has developed a rapid green recycling method that is able to make key battery components available for reuse.

Boron nitride, recognized for its thermal and chemical durability, has attracted the interest of Rice University researchers who “flash” materials to create compounds like graphene.

Here, we discuss the importance of integrating sustainability into graphene nanomaterial synthesis. Learn more about how this wonder material can go green.

Flash Joule heating can turn plastic from end-of-life trucks into graphene for new vehicles, say researchers.

In this article, we explore significant developments in the synthesis of graphene research by top-down approach, as well as insight into commercial developments.

Machine-learning techniques have been utilized by the researchers of Rice University to facilitate the process of synthesizing graphene from waste via flash Joule heating.

Flash Joule heating is being proposed at Rice University as a mechanism to recover rhodium, palladium, gold and silver from electronic waste.