Aclarity develops the Octa System, an electrochemical oxidation technology that destroys PFAS contaminants on-site, eliminating the need for off-site waste disposal. This system mitigates compliance risks and enables facilities to safely process more waste, enhancing operational efficiency and reducing costs.

The startup develops biodegradable encapsulation technology that utilizes bioengineering and industrial fermentation to degrade pesticide residues on plants. This process enhances plant health and safety by removing toxic materials, thereby improving the quality of agricultural products.

The startup develops an agriculture platform that utilizes agronomic machine learning, remote sensing, and mobile technology to provide farmers in emerging markets with access to credit, quality inputs, and tailored agronomic advice. This approach enhances farming efficiency and profitability by integrating advanced technologies into traditional agricultural practices.

EarthOptics provides a cloud-based machine learning platform that generates high-resolution soil data maps, including metrics for compaction, carbon, moisture, and nutrients, using fewer samples than traditional methods. This technology enables growers and ranchers to enhance crop yields and assess land value at a significantly lower cost, addressing the need for accurate soil management insights.

This startup develops agricultural robotic technology that utilizes artificial intelligence and computer vision to create precision sprayers capable of identifying diseased plants and weeds. By targeting only affected areas, the technology reduces weeding costs for cotton farmers and minimizes chemical residue on consumable crops.

This company produces cost-effective, clean hydrogen by employing a dual production approach that exploits superior thermodynamics to reduce energy requirements. The process yields valuable co-products alongside the hydrogen, simplifying supply chains for industrial buyers. Peregrine delivers market-competitive clean hydrogen without reliance on government subsidies.

Semaai operates a digital marketplace connecting agricultural retailers with essential farming supplies like fertilizers, pesticides, and seeds. The platform offers logistics, inventory management, and demand creation services to support distributors and suppliers. Additionally, Semaai provides financial support options to improve cash flow for agricultural retail shops.

TerraBlaster offers an AI-powered sensor platform that analyzes soil nutrient composition in real-time during planting. This technology enables automated, variable-rate fertilizer application, optimizing crop nutrition and reducing input waste for farmers.

ThriveAgric utilizes data-driven farm mapping and input distribution technologies to connect smallholder farmers in Africa with financing and agricultural best practices. This approach addresses the challenges of low productivity and market access, ultimately enhancing food security and increasing farmers' profitability.

Tidal Metals extracts decarbonized magnesium metal from seawater and desalination brine using a proprietary, chemical-free process powered by renewable energy, eliminating the need for mining and waste generation. This approach addresses the environmental impact of traditional magnesium production, providing a sustainable and cost-effective supply of magnesium critical for various industries, including automotive and aerospace.

Travertine utilizes a process that combines direct air capture and mineralization to convert carbon dioxide into carbon-negative building materials while recycling sulfate byproducts from mining and fertilizer production. This approach addresses the environmental liabilities of sulfate waste and the need for sustainable materials in construction, contributing to decarbonization efforts.

Verdagy develops a patented single-cell electrolyzer technology that enables efficient, large-scale production of green hydrogen by pairing with variable energy sources. This approach addresses the high operational costs and inflexibility of traditional electrolysis methods, delivering the lowest levelized cost of hydrogen in the industry.