FIT Food Waste Monitoring Tech
For commercial kitchens, a system for keeping track of food waste.
For commercial kitchens, a system for keeping track of food waste.
For the marine environment, a generator that uses compressed hydrogen and is both light and powerful.
FLAMINCO is a high-efficiency gas microCHP heat pump that allows trigeneration for the residential sector
Equipment for setting up and running a successful seaweed farm.
Energy-transparent factories: the digital twin of industrial processes.
DC power for aeration that is real-time, saves energy, and makes power.
Clean drinking water that is affordable, smart, and sustainable.
Circular LED lighting solutions that use what’s already there.
By upcycling and reusing textile fibers, we can change the fashion industry.
Buildings can get clean and quiet heat from a waterproof heating film.
An innovative new recyclate made from waste thermosets that have been reinforced with glass fibers.
An alternative to methyl bromide that is better for the ozone.
A website that helps people find new uses for food and other waste.
A way to stop people from stealing bikes in cities.
A way to cut down on the demand for palm oil.
A way to cut down on the use of chemicals in farming.
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.
A versatile drone designed to monitor air qualityrnrn.
A turbine system that is both new and very efficient.
A technology that uses supercritical CO2 to separate materials from wastes.
A surface treatment for paper to replace plastic that is only used once.
A sustainable alternative to animal proteins that is high in concentration and made locally.
A system for cleaning re-used water for agricultural irrigation
A smart light solution that can be set up and uses the full spectrum of sunlight.
A small to medium-sized technology that uses fluidized beds to turn organic waste into something else.
A simple way to make air travel more efficient and cut down on pollution.
A simple device that can be used to clean and manage water in aquaculture systems.
A platform that makes the best use of resources and space so that an innovative idea can be turned into a high-performance product.
A plan to reduce GHG emissions in the industrial, commercial, and institutional sectors that works on different levels.
A new way to treat CO2 that uses crowd funding to pay for the full cost of the damage it does.
A new way to build commercial and residential buildings that is efficient and good for the environment.
A new generation of coatings and fillers for medical devices that are biodegradable, effective, metal-free, and don’t interact with ions.
A model of industrial symbiosis that makes sense in a circle for making insect protein.
A model for predicting how a continuous galvanizing line will work.
A marketplace with two sides for on-demand, shared long-distance road transport.
A method for making new clothes out of used plastic bottles.
A green plastic drinking glass that is good for the environment.
A full digital solution for managing and reducing carbon anodes in the production of primary aluminum.
A dynamic pricing engine to help stores sell less food that goes to waste.
A digital solution for construction that is quick, clear, and reliable.
A container made from sugar cane that is good for the environment and can be composted when it’s done.
A common way to store and make renewable energy both off the grid and on the grid.
A clean and sustainable way to get calcium from seafood waste.