Aepnus uses electrochemical salt‑splitting technology to convert sodium sulfate waste streams into caustic soda and sulfuric acid on‑site. The process lowers energy consumption, eliminates waste disposal steps, and reduces dependence on external chemical suppliers. By integrating the electrolyzers into existing plants, customers can cut operating costs, mitigate regulatory risk, and secure their chemical supply chain.

Aigen deploys autonomous, solar-powered robot crews that patrol agricultural fields daily to eliminate weeds using AI vision and precision striking. These durable, all-wheel drive robots operate without chemical inputs across various terrains and conditions. The intelligent mesh network allows the fleet to communicate and adapt, providing fully autonomous weed management for scalable farming operations.

Anvil Diagnostics develops smart reagents and algorithms to enhance digital PCR for detecting invasive infections. The company uses machine learning to design DNA sensors that identify pathogen gene signatures from complex samples. This approach enables fast, comprehensive pathogen quantification suitable for routine use in hospital settings.

Provides a virtual bioreactor platform that uses multiphysics modeling to simulate thousands of upstream cell culture experiments, enabling researchers to explore complex bioprocess parameters without physical constraints. This approach reduces development time and risk by delivering high-fidelity data and predictive insights for optimizing bioprocess workflows.

Atlas Materials utilizes a hydrometallurgical process to extract clean nickel and magnesium products with a zero-waste and low-carbon footprint, addressing the urgent need for sustainable materials in the electric vehicle industry. Their Electra Plant will produce low-carbon materials that significantly reduce emissions from heavy polluting sectors, supporting the transition to a cleaner energy future.

Aura Intelligent Systems develops all-digital mmWave imaging radar technology for unmanned vehicles, drones, and autonomous systems, providing high-resolution 5D situational awareness in diverse environmental conditions. Their solution addresses safety and traffic management challenges by enabling precise navigation and mapping without interference or jamming.

Bedrock Energy develops novel technology to make geothermal borehole fields affordable, fast, and space-efficient for real estate applications. This ground-source heat pump approach provides highly efficient and resilient HVAC solutions for buildings. The company offers end-to-end services, including design, fast drilling, and project management, to reduce long-term energy costs.

Boundary Layer Technologies designs and manufactures the Valo Hyperfoil, a semi-autonomous electric hydrofoiling vessel that utilizes hydrofoil technology to lift above the water, significantly reducing drag and increasing speed. This innovation addresses the inefficiencies of traditional shipping methods, offering a faster and more environmentally friendly solution for water transportation.

Brekland develops a novel, spray-on biodegradable foam platform technology designed to enhance the performance and sustainability of existing agricultural inputs. This low-cost formulation integrates with standard sprayers to deliver solutions against threats like disease, frost, and insects more effectively. The technology unlocks next-generation crop protection products by improving input delivery beyond traditional granular powders and liquid sprays.

EcoCart provides eCommerce platforms with tools to measure, offset, and analyze carbon emissions through integrated climate contribution options at checkout. This enables brands to enhance customer loyalty while addressing the environmental impact of online shopping.

Feon Energy develops high-performance, breakthrough electrolytes using a pharmaceutical-inspired discovery platform to overcome limitations in next-generation battery chemistries. Their EDGE platform technology enables electrolytes that deliver significant improvements in energy density, safety, and cost for various battery applications. These tailored molecules are fully compatible with existing manufacturing processes, supporting advancements in mobility and clean energy storage.

FLO Materials offers a novel polymer platform, ECAN™, that enables boundless plastic recycling and reuse. Their advanced chemical recycling technology transforms plastic waste into high-quality materials comparable to virgin plastics, facilitating sustainable manufacturing and a circular economy.

florrent engineers bio-based supercapacitors that significantly increase energy density over traditional storage technologies. This advancement enables cost-effective solutions for short-duration Power Quality and Reliability challenges in electrical infrastructure. The resulting systems offer a smaller footprint and competitive pricing for applications like data center backup and grid modernization.

The startup develops sustainable battery technology using synthetically engineered organic molecules that are produced domestically in a cost-effective manner. Their flow batteries, powered by pH-neutral water, provide long-duration energy storage solutions tailored for reliable clean energy needs.

Foray utilizes biomanufacturing techniques to cultivate plant cells, aiming to restore and protect ecosystems threatened by the extinction of nearly 40% of plant species. By reengineering plant production, the company ensures sustainable access to essential plant-derived products, including molecules, materials, and seeds.

Found Energy develops aluminum-thermal power systems that extract energy from aluminum, achieving double the energy density of diesel while maintaining a competitive cost. This technology provides carbon-free process heat and on-demand clean hydrogen, addressing the need for decarbonization in heavy industry.

Heirloom develops Direct Air Capture (DAC) technology that accelerates the natural carbon mineralization process of limestone, enabling the permanent removal of CO2 from the atmosphere in days instead of years. With facilities capable of capturing nearly 320,000 tons of CO2 annually, Heirloom provides a low-cost, verifiable solution to combat climate change for major corporate buyers.

LintrinsIC Semiconductors develops high linearity Radio Frequency (RF) components utilizing Silicon-On-Insulator (SOI) processes. Their FastSwitch technology portfolio offers power handling from 5W to 50W across X-band to Ka-Band frequencies. These components provide switching times as fast as 1 nanosecond for demanding RF applications.

Lithios is commercializing an electrochemical platform that extracts lithium from untapped mineral resources using sustainable methods. This technology addresses the growing demand for low-cost lithium essential for energy storage and electric vehicle applications.

Loamist Validator™ automates supply chain compliance and sustainability verification by transforming unstructured data into verifiable outputs. Its AI-powered platform provides real-time visibility into material flows and sustainability metrics, streamlining audits and ensuring adherence to project requirements.

This company manufactures metamaterials with controllable properties for infrastructure, transportation, and renewable energy applications. Their programmable, modular building-block approach enables scalable and lightweight adaptive structures at a lower cost.

Panthalassa builds a planetary‑scale clean energy platform that harvests wind, wave, and solar power from the open ocean using modular floating generation units. The system delivers ultra‑low‑cost, zero‑emission electricity via high‑efficiency subsea cables, targeting large‑scale consumers such as data centers and industrial facilities.

Perennial is a measurement, reporting, and verification platform that utilizes digital soil mapping, machine learning algorithms, and a vast database of soil samples to accurately assess soil organic carbon levels with over 98% accuracy while reducing the need for extensive soil sampling. The platform addresses the challenges of high costs and limited regional applicability in traditional soil carbon measurement methods, enabling global access to reliable soil health data.

Pheronym develops Pherocoat™, a biocontrol solution that enhances the efficacy of plant-parasitic nematodes (PPNs) by utilizing their natural pheromones to regulate their behavior and development. This technology addresses the significant threat of PPNs, which cause an estimated $173 billion in annual crop losses, by providing a sustainable alternative to toxic synthetic nematicides.