Food Packaging as a Service
Replaces single-use packaging with packaging that can be used again, is easy to find, cheap, and better for the environment.
Replaces single-use packaging with packaging that can be used again, is easy to find, cheap, and better for the environment.
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.
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
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.
Modernization of outdated sugar mills increasing their role in global energy production.
Micro-nano bubble flotation is an effective way to clean up highly polluted industrial wastes in sewers.
Large businesses can use this system to cut down on their CO2 emissions.
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.
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.
DC power for aeration that is real-time, saves energy, and makes power.
By upcycling and reusing textile fibers, we can change the fashion industry.
Biological and electrical processes are used to get rid of nutrients in water treatment plants.
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.
An urban and industrial wastewater treatment system that uses less energy and lasts longer.
AI can be used to map, measure, and keep an eye on carbon sequestration in any ecosystem around the world by using satellite images.
A way to fix bad air filtration or air renewal that won’t hurt the environment or the people who use it.
A way to deal with trash that turns food waste into energy and fertilizers.
A way for the cement and concrete industries to cut down on their carbon footprint.
A way for big waste producers to keep track of their waste’s control records and where they came from.
A versatile drone designed to monitor air qualityrnrn.
A technology that uses supercritical CO2 to separate materials from wastes.
A thermal insulation board made from 100% recycled polystyrene, which makes building production cleaner.
A surface treatment for paper to replace plastic that is only used once.
A system for cleaning re-used water for agricultural irrigation
A solid-state electrochemical device that collects and reuses hydrogen gas that has been used up.
A small to medium-sized technology that uses fluidized beds to turn organic waste into something else.
A simple, eco-friendly way to recover water and energy from dirty snow in ice arenas.
A simple device that can be used to clean and manage water in aquaculture systems.
A portable, quick, accurate, and easy-to-use system for testing water.