London bus driving past the Houses of Parliament

So how does bio-bean turn coffee into biofuel? The company’s factory can recycle 50,000 tonnes of waste coffee grounds each year. The coffee is sourced through partnerships with high street coffee shops and factories across the UK. From this coffee oil is extracted.

Blended with other fats and oils to create a 20% biocomponent, this is then mixed with mineral diesel to create a coffee-derived B20 biofuel.

Without modification, bio-bean’s biofuel is placed directly into select London buses, providing a smarter solution to the inevitable waste product of a metropolitan city. By rethinking waste, we can continue to decrease emissions from the transport sector through innovations in second-generation biofuels.

This has huge potential of this for a brighter energy future. Coffee makes up a component of the bio-fuel used in selected London buses today. But as a pure-blend, the 6,000 litres of coffee oil provided in this project by bio-bean would be enough to help power a bus for a year. What’s more, London produces enough waste coffee grounds to create a pure-blend B20 biofuel – made from coffee oil and mineral diesel – on a scale large enough to help fuel around a third of the London bus network.

So there it is. A simple coffee bean can transform your morning and now it could also help change the world. By collaborating to support bright energy solutions, we can together create a cleaner and brighter energy future.

All it takes is an idea.


Visit the Shell LiveWIRE website to find out more about how Shell is supporting bright entrepreneurs