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

A pioneering clean energy company harnessing proprietary biorefinery technology to convert invasive aquatic biomass 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.

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.

Innovative recycling processes separate and reclaim fibers from discarded textiles, giving fabrics new life and reducing landfill waste. This closed-loop system addresses resource overuse and environmental damage, promoting sustainable fashion and circular economies at scale.

Utilizing proprietary technology, the company converts landfill gas into biomethane, capturing methane emissions to reduce greenhouse gases and generate renewable energy. With operations in Europe and North America, it emphasizes sustainable waste management and provides clean energy alternatives to fossil fuels, contributing to environmental sustainability.

Billions lack access to safe water, especially after disasters or in remote villages. Wateroam enables instant, reliable potable water at point of use.

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.

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.

Buildings waste water through unseen leaks; manual checks are costly and slow. This pinpoints issues quickly to prevent damage and waste.

Wave-powered, autonomous desalination buoys that produce clean freshwater from seawater without electricity, fuel, or land-based infrastructure. Their modular systems filter and reverse-osmosis pump water using mechanical wave energy—emitting zero greenhouse gases and safeguarding marine life

This company was established in 2005 to save London's decommissioned fire-hose, ones that had become too damaged to repair and were going to landfill. Today, their highly skilled craftspeople make beautifully designed bags and homeware from 15 different reclaimed materials. 50% of profits from the Fire-hose Collection go to The Fire Fighters Charity and 50% of profits from the Fire & Hide Collection go to Barefoot College International.

Based in Ankaleshwar, Gujarat, India, this is a family-run, recycling business that converts low value plastic waste into quality sustainable materials for furniture, building and construction applications, advancing the circular economy in India and globally.

Utilities struggle to monitor aging networks due to power limits at remote points. This enables continuous sensing without external power.

Cities require climate resilient water management and habitat restoration. Nature based infrastructure provides multifunctional benefits with community value.

Traditional lab testing is slow and expensive, limiting actionable water quality data. This enables rapid, onsite decisions.