MicroPoP
When waste was taken away on-site, it turned sludge into food for microbes.
When waste was taken away on-site, it turned sludge into food for microbes.
By eating crickets, people can help get rid of hunger around the world.
A visual rooftop solar potential calculator that can be used to figure out costs and savings.
A plan for building places where organic waste from homes can be treated.
A small energy device that burns trash to make clean thermal energy and biochar.
HP2 steam generation is a high-performance, all-in-one steam generator for preparing, conditioning, and burning biomass.
A way to use AI to make renewable energy projects and nanogrids happen on most buildings.
A smart robotics system that can put different kinds of trash into different colored bags.
Mapping the seafloor, setting up offshore wind farms, and stopping illegal fishing
Wireless power transfer to connect solar panels
Weatherskin waterproof membranes that are UV stable, green, and stick together.
Tetra pak trash can be used to make building materials.
Technology for fast, cheap, and environmentally friendly lithium extraction.
Modernization of outdated sugar mills increasing their role in global energy production.
Gypsum with a high density that is strong and can be used for building and housing.
Getting low-cost fuel with little carbon to industry.
Biological and electrical processes are used to get rid of nutrients in water treatment plants.
An urban and industrial wastewater treatment system that uses less energy and lasts longer.
A website that helps people find new uses for food and other waste.
A solar module that works best for low-speed electric vehicles and helps them go further and last longer.
A smart light solution that can be set up and uses the full spectrum of sunlight.
A smart home solution that lets you pay as you save.
A plan to reduce GHG emissions in the industrial, commercial, and institutional sectors that works on different levels.
A new way to build commercial and residential buildings that is efficient and good for the environment.
A new paradigm for efficient data center design.
A clean technology solution that turns plastics from cities and the ocean into low-carbon fuels for transportation.
A cheap and effective plant-based protein.
Creating clean systems for burning waste gases and turning waste heat into electricity.
A system that uses electricity to cleanly and efficiently treat wastewater from factories and cities.
Self-adapting, self-driving AI technology to help buildings use less energy
Single-use food packaging is being replaced by containers that can be used more than once.
A plan for farming in cities that works well and can be expanded.
The best lithium-ion battery resource recovery technology in the world.
AI-driven tool for smart water management and figuring out where pipelines are at risk.
Solar-powered solution for e-mobility and grid service.
An independent solar tower designed to keep mission-critical devices working all the time.
Growers can use technology and services for precise irrigation.
A one-time application that can be used instead of chemical solvents in building.
A way to clean up wastewater that uses natural processes.
A smart water agri-technology that can be used for a long time to keep food and water safe.
PLAEX LinX is a long-lasting building system made from recycled materials that fits together and can be used on land or in hardscaping.
SAF+ is a process that turns CO2 into high-quality fuel for the aviation industry.
An innovative hydraulic reservoir that replaces traditional reservoirs that are bulky and heavy.
Recycling lithium-ion battery materials for the manufacturing of new product.