Proxipel unit
Mobile unit for making pellets out of agricultural and woody biomass waste that isn’t being used.
Mobile unit for making pellets out of agricultural and woody biomass waste that isn’t being used.
End-of-life hydrocarbons are used to make low-sulfur products.
Changes trash that can’t be recycled into stones for the building industry.
A way to make biochar and clean energy from biowaste that is good for the climate.
A plan for building places where organic waste from homes can be treated.
Putting the dirt from building sites to new uses.
Reusing old jeans that have reached the end of their useful lives to make new clothes.
Using waste heat in industrial processes and systems that make electricity.
Making commercially available carbon-free fuels that can be made from CO2 and sunlight.
A small energy device that burns trash to make clean thermal energy and biochar.
Creating and developing a way to recycle plastic packaging with more than one part
TyreFlow Recycling Process is a complete solution for recycling old tires from start to finish
Tile’Up is a new generation of roof materials made from plants.
Using sewage sludge to heat and charge batteries.
A long-term, profitable, and environmentally friendly alternative to plastics made from fossil fuels.
A bio-architecture for natural buildings that use less energy.
Giving new life to waste products for construction and infrastructure.
Compact systems for anaerobic digestion in cities
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.
Making high-quality building materials out of plastic that can’t be recycled.
Process for hybrid and electric vehicles to recycle rare earths in a closed loop.
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.
Modernization of outdated sugar mills increasing their role in global energy production.
Making solid biofuels that can be used to make heat energy.
MaGie creations turns food scraps into ingredients for food.
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.
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.
For building renovations, a roll of glass wool insulation with a low thermal conductivity (Lambda 030) and a bio-based binder.
Circular LED lighting solutions that use what’s already there.
By upcycling and reusing textile fibers, we can change the fashion industry.
Bioassembled textiles that look like leather are grown from waste from the fruit industry.
An innovative new recyclate made from waste thermosets that have been reinforced with glass fibers.
A way to deal with trash that turns food waste into energy and fertilizers.
A way for big waste producers to keep track of their waste’s control records and where they came from.