Conventional treatment struggles with higher strength effluents; trucking or surcharges are costly. This provides onsite, scalable treatment and cost savings.

Based on 25 years of research, a proprietary method generates clean hydrogen energy, powering sustainable projects across the U.S., Sweden, and Germany. The technology provides affordable, environmentally friendly energy for residential, commercial, and industrial use, addressing the growing global need for scalable clean energy solutions.

A pioneering clean energy company harnessing proprietary biorefinery technology to convert invasive aquatic biomass waste into renewable natural gas (RNG) and biofuels. By capturing methane emissions and utilizing CO₂, it advances a global carbon-negative model while restoring ecosystems and creating valuable circular economy byproducts.

Focused on women’s health, the company develops neuroscientific solutions like a wearable device to regulate pain and emotions during menstruation. Through collaborations with research institutions, it is also exploring treatments for postpartum depression and menopause, leveraging innovative, science-driven approaches to tackle significant health challenges.

Utilizing real-time EEG monitoring and adaptive audio therapy, this wearable neurofeedback technology improves mental wellness. Its patented system customizes sessions based on brain activity, addressing cognitive performance, stress reduction, and emotional regulation while promoting relaxation, meditation, and sleep.

Specializing in perovskite-based energy solutions, this company develops modules for autonomous devices and solar cells that increase the efficiency of traditional panels by 25%. These advancements broaden the potential of renewable energy, offering more efficient and versatile solutions for various industries.

Enzyme-driven recycling technologies break down plastics into reusable building blocks, eliminating waste while preserving material quality. This scalable process reduces dependency on fossil fuels, supports biodegradable alternatives, and drives innovations for circular manufacturing, addressing global sustainability challenges.

Depolymerization technology restores plastics to their raw molecular forms, enabling infinite recycling without quality loss. This process reduces reliance on virgin materials, conserves resources, and advances circular manufacturing systems, tackling waste challenges in packaging and textiles.

Development and deployment of automated, inline sensor technologies that deliver real-time measures of metals including lithium in water systems, designed for mining, oil & gas, and industrial water streams. Their solutions enable continuous monitoring, process optimisation and environmental control for critical water applications.

Enables industrial and municipal water and wastewater operators to destroy per- and polyfluoroalkyl substances (PFAS) using modular, low-energy electrochemical systems. Their approach replaces disposal or removal with actual destruction of PFAS, reducing liability, transport and long-term risks for clients in landfills, treatment plants and manufacturing sites.

This company is a developer of patented water-based technologies to chemically recycle waste plastics; convert heavy crude and bitumen into lighter, more valuable oil; and transform renewable oils into higher-value fuels or renewable chemicals. Their patented technology activates unique properties of water in a chemistry platform that operates at relatively low temperatures and cost, a game-changing novel approach that converts low-value feedstocks into 21st-century resources.

This is an advanced materials start-up that upcycles food by-products to replace single-use plastics. Their proprietary technology uses a mixture of spent grains and agricultural waste, to produce a plant fibre material for rigid packaging. Made up of 100% organic waste, the material has received international certification to be home compostable and food contact safe from the US FDA and Singapore Food Agency.

A patented non-thermal solvent-exchange and crystallisation system that treats high-salinity industrial brines, recovering clean water and extracting minerals while avoiding the high energy cost of thermal evaporation. The solution targets industries with high residual brine streams such as oil & gas, mining and chemical manufacturing. 

PFAS concentrates from remediation and drinking water treatment pose disposal challenges and legal risks. This firm eliminates PFAS rather than moving it elsewhere.

Using light-activated catalytic reactions, a company generates green hydrogen without rare metals. Enzyme-based technology produces hydrogen at consumption points, reducing costs and fossil fuel reliance while avoiding harmful byproducts, offering a sustainable energy solution with minimal environmental impact and enhanced efficiency.