Korean professor uses bio-waste to mine crypto

Korean professor uses bio-waste to mine crypto



Shitcoin may no longer be solely a term used to describe altcoin projects with questionable value propositions, as one South Korean university professor has taken the term to a more literal dimension.

Cho Jae-weon of the National Institute of Science and Technology (UNIST) in Ulsan, South Korea, has created an eco-friendly toilet system that produces fertilizer and energy from human excrement.

Jae-weon, a professor of urban and environmental engineering, says the toilet system incorporates a vacuum pump that redirects human waste into an underground tank to produce biogas (methane).

The professor’s experiment is reportedly utilizing the biogas to power a university building as well as gas stoves and water heaters among others.

“If we think outside of the box, feces has precious value to make energy and manure. I have put this value into ecological circulation,” the professor says.

Jae-weon’s experiment also has a virtual currency component with a native token called Ggool that is used to incentivize the adoption of the eco-friendly toilet. Students earn 10 Ggool per day if they use the toilet and use the virtual money to buy coffee, bananas and even books on campus.

Related: Bitcoin Mining Council survey estimates a 56% sustainable power mix in Q2

Detailing the viability of human excrement as a power source, the professor stated that the excrement produced by an average person could produce up to 0.5 kilowatt-hour of electricity which is sufficient to power an electric vehicle for up to three-quarters of a mile.

Crypto mining stakeholders are moving towards more eco-friendly power sources, especially amid the current backlash from policymakers over the supposed carbon footprint of the process. The Bitcoin Mining Council estimated that 56% of Bitcoin mining is currently using sustainable energy sources.