Water and waste management technologies treat contaminated water, remove persistent pollutants, and recover or break down waste materials. They help address pollution, water quality, and pressure on limited resources.
Ceramic membranes made using 3D-printing processes for filtering or treating water and wastewater.
Capacitive deionization desalination removes dissolved ions from water by applying an electrical potential across charged electrodes.
Electrochemical wastewater treatment uses electrical current and electrochemical reactions to remove or break down contaminants in wastewater.
Enzymatic plastic recycling uses enzymes to break down plastic polymers into reusable building blocks or materials.
Forward osmosis filtration uses an osmotic pressure difference across a semipermeable membrane to move water from a feed solution into a draw solution.
Microplastic filtration systems remove microplastic particles from water or other fluid streams using filters or membrane-based separation.
PFAS destruction refers to processes that break down per- and polyfluoroalkyl substances, ideally converting them into less harmful products and removing their fluorine content.
Plastic waste pyrolysis is the thermal decomposition of discarded plastics in the absence or near-absence of oxygen to produce fuels, chemicals, or other useful products.
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