Recycled fishing nets become high-performance materials, tackling marine pollution while promoting ocean conservation. This process reduces ghost nets, reclaims valuable resources, and transforms waste into scalable products, addressing pressing challenges in sustainable design and environmental restoration.

Microbial contamination can go undetected between grab samples. This offers continuous measurement for faster response and safer water.

Delays in lab testing slow responses to pollution events. This provides fast, accurate data at the source to protect users and ecosystems.

Farmers and supply chains need to save water and verify results under drought and regulation.

Smart waste technologies streamline collection and recycling, maximizing resource recovery and minimizing landfill use. These solutions improve processing efficiency, promote sustainable infrastructure, and enable circular systems, addressing urgent challenges in urban waste management and resource conservation.

Advanced enzyme engineering decomposes polymers into reusable components, enabling endless recycling cycles and reducing landfill reliance. This technology lowers environmental impact, cuts production costs, and paves the way for sustainable material development, solving critical challenges in waste transformation.

Rural and periurban communities face contaminated or distant sources. AWG offers a decentralized option where piped networks are absent.

Thorium-based nuclear technology offers enhanced safety and efficiency by using thorium, which has low radioactivity and high availability. This results in reduced nuclear waste, higher fuel efficiency, and improved environmental safety, while also preventing weapons production, tackling critical challenges in the future of nuclear energy.

A developer of advanced battery technologies focuses on rechargeable sodium-ion and lithium-ion designs with thionyl chloride-based electrolytes. These batteries offer high capacity and energy density for applications such as electric vehicles, drones, and renewable energy systems, emphasizing enhanced rechargeability and scalable manufacturing for sustainable energy storage solutions.

Stormwater overwhelms sewers during heavy rains, causing flooding and pollution. Capturing and timing release at the source eases infrastructure stress and saves potable water.

Industries lose critical metals and pollute waterways via dissolved ions. This turns waste into feedstock while meeting regulations.

Industries produce corrosive, high TDS effluents unsuitable for polymer membranes. Membrion brings resilience and efficiency to these streams.

With a patent-pending 3D printing process, construction projects can be completed up to four times faster, using concrete, low-concrete, or concrete-free materials. This technology reduces environmental impact, supports decarbonization efforts, and provides a solution to the growing shortage of skilled labor in the construction sector.

Aging networks lose water and money; utilities lack unified analytics. This provides actionable insights to prioritize fixes and reduce losses.

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.