Critical mineral shortages and waste intensive mining hinder clean energy growth. More sustainable extraction and recycling are required.

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

Low dissolved oxygen and biofouling limit productivity and raise chemical use. Nanobubbles improve mass transfer and sanitation naturally.

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.

Eco-friendly materials replace harmful alternatives, cutting carbon emissions while maintaining industrial performance. This technology reduces environmental footprints, supports renewable sourcing, and delivers scalable solutions for greener manufacturing, solving sustainability challenges across industries.

A novel flow battery design uses a unique membrane to overcome limitations that have hindered commercial adoption. Unlike lithium-based storage, flow batteries generate energy from reactions between energy-rich chemicals. This innovation significantly improves performance, with one expert estimating a tenfold advantage over lithium batteries, potentially enabling broader commercial application.

This is the world's leading seaweed-based material technology company replacing single use plastics. This woman-owned firm is partnering with experts in regenerative aquaculture from Maine to New Zealand to expand the ‘blue economy’ with its proprietary resins. Made from easily compostable seaweed, their Ocean Blue straws, utensils and other products are already a favorite among some of the nation’s most famous chefs, restaurant chains and eco-chic hotels. Their new category of materials are “Designed to Disappear” and advancing our planet to a plastic-free, decarbonized future.

Focusing on green ammonia and hydrogen projects, the company advances low-carbon technologies designed to significantly reduce emissions. These efforts contribute to the transition toward a sustainable, low-carbon economy by offering scalable solutions to meet the increasing demand for clean, renewable energy sources.

Industrial growth outpaces wastewater infrastructure; many sectors struggle to meet discharge norms and pay rising freshwater costs. Indra enables on site treatment and reuse.

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.

Agriculture consumes most freshwater; inefficient irrigation wastes water and energy. This helps growers irrigate just enough at the right time.

Through innovative technologies, the company develops energy solutions that produce hydrogen and other clean fuels. It plays a key role in advancing the hydrogen economy, providing sustainable energy alternatives to conventional sources while reducing environmental impacts and supporting the global transition to a cleaner, more sustainable future.

Micropollutants and PFAS threaten ecosystems and health; capture alone shifts the problem. Oxyle focuses on destruction for permanent removal.

Desalination is essential but energy intensive and carbon heavy. Desolenator delivers affordable, low emission water for arid regions and industrial users.

Mining and process industries face rising costs and scrutiny over water impacts. Tersa offers efficient, scalable treatment with recovery options.