WASE Biocentre
Compact systems for anaerobic digestion in cities
Compact systems for anaerobic digestion in cities
An additive that speeds up the natural breakdown of things and makes plastics easier to break down.
Water purification system for rural Africa that is independent and not centralized.
Mapping the seafloor, setting up offshore wind farms, and stopping illegal fishing
A p2r method for collecting and cleaning up oily waste from ships.
A factory unit for removing smells and cleaning up dirt that also recovers energy.
Products made with carbon fiber that are used in ultra-light aircraft.
A way to clean and disinfect industrial wastewater with oxygen and lower the cost of treatment.
Replaces single-use packaging with packaging that can be used again, is easy to find, cheap, and better for the environment.
A smart way to turn any regular bike into an electric bike.
Making high-quality building materials out of plastic that can’t be recycled.
A new type of system that uses ultraviolet light to kill germs.
Process for hybrid and electric vehicles to recycle rare earths in a closed loop.
Pandobac is a service that delivers fresh food to food wholesalers and producers using crates that can be used more than once.
A biological way for the natural gas grid to store and move energy.
briiv is a device for cleaning the air that doesn’t use plastic filters but instead uses sustainable, compostable, and recycled materials.
A sustainable way to recycle wastewater on-site for people who don’t have access to a public sewer.
Magnetizable inks that can be printed on plastic packaging make it easier to sort and recycle.
Mixotrophic single-cell algae are used to make biomethane.
Waste can be turned into sustainable paper and packaging
Using cardboard fiber composite to make a light-weight solution for air freight.
Through laser technology, copy paper is getting a second chance.
Tetra pak trash can be used to make building materials.
The CO2 footprint of e-bikes could be reduced with a repairable electric battery that doesn’t use solder.
Taking in large amounts of CO2 from industrial emissions while leaving behind less carbon.
Soil can be cleaned up by fungi.
Smart e-filter technology for generating indoor air that is free of particles and ozone.
Separation and recovery of chromium from the wastewaters of the plating industry.
PEBA is a paddle wheel that leverages green energy and improves water quality for the local communityrn.
Modernization of outdated sugar mills increasing their role in global energy production.
Modernizing the public’s electronic infrastructure with the most up-to-date technology without waste.
Making solid biofuels that can be used to make heat energy.
Micro-nano bubble flotation is an effective way to clean up highly polluted industrial wastes in sewers.
MaGie creations turns food scraps into ingredients for food.
Large businesses can use this system to cut down on their CO2 emissions.
Insulation panels made from recycled textile fibers, which help to reuse some of Europe’s waste.
Land can be used in many different ways by engineering soils with local waste.
Insulating panels are made from a bio-based fiber made from a plant that spreads quickly.
Insulation made from recycled materials helps buildings save energy and be part of the circular economy.
IGS’s vertical farming solution makes it possible to grow crops indoors in a controlled environment 24 hours a day, 7 days a week, 365 days a year.
Green buildings use new materials and technologies that are part of the circular economy.
Getting the chemicals industry to work together better with other industries.
Getting low-cost fuel with little carbon to industry.
For commercial kitchens, a system for keeping track of food waste.