Climate

Entroview uses its patented real-time entropy variation technology to create hardware-agnostic battery management solutions for gigafactories and automotive companies, optimizing production and performance while extending battery life by up to 10 years. Their diagnostic software delivers accurate insights without additional sensors, reducing testing time from 10 days to under 10 hours and lowering operational costs.

Carbon Cell has developed a non-toxic, home-compostable foam made from carbon-negative biochar. The foam offers a lower carbon footprint, faster production, and superior environmental performance compared to traditional and emerging eco-materials. As the only fully compostable biochar-based foam, Carbon Cell provides a sustainable alternative for industries like packaging, construction, automotive, and marine.

Yama has developed a scalable Direct Air Capture (DAC) system that integrates low-grade heat sources with advanced electrochemistry to offer cost-effective carbon credits for the voluntary carbon market. The company sets itself apart by utilizing bipolar electrodialysis in combination with scalable low-grade heat sources, achieving significant energy efficiency improvements—73% lower than Generation 1 DAC, thermal approaches, and 30% lower than Generation 2 DAC, electrochemical ones. Its most distinctive feature is a hybrid pH and thermal swing process combining the most efficient high TRL electrodialysis systems with the massively produced air heat pumps from the building industry, which further enhances energy efficiency and positions Yama to deliver scalable DAC at 550kWh/tCO2 and a competitive target cost of $70 per ton of CO2.

BLUEFINS develops biomimetic, whale-inspired hydrofoils that transform wave energy into thrust, aiming to reduce fuel consumption for large oceangoing ships operated by global shipping companies. It stands out by offering the only wave-assisted propulsion system that cuts fuel use by over 20%, delivers a rapid 2-5 year ROI, and is specifically designed for retrofitting existing vessels—an area where competitors' solutions fall short.

Altrove uses AI and lab automation to discover and develop alternative materials for industries dependent on critical resources, including aerospace, electric motors, EVs, and wind power. It combines AI-driven material prediction with a proprietary lab testing process for faster, multi-material development tailored to industrial needs. Unlike competitors focused on computational predictions without physical validation, Altrove integrates AI with an iterative lab approach, enabling rapid optimization of materials across diverse markets.

Qarbotech has developed a groundbreaking technology that enhances photosynthesis using biocompatible compounds from upcycled agricultural waste, boosting crop productivity by up to 60%. This innovation improves plants' ability to capture sunlight and absorb more carbon dioxide, contributing to emissions reduction and carbon removal in the fight against climate change. Additionally, it optimizes chemical fertilizer use, reducing application by up to 25% and further minimizing greenhouse gas emissions associated with fertilizer production.

Alteva is commercializing ultralight lithium-sulfur batteries for use in sectors such as urban mobility, electric aviation, long-distance trucking, and heavy-duty systems in construction, agriculture, and mining. The company sets itself apart through its proprietary amorphous carbon structure, which enables higher sulfur loading, greater mechanical flexibility, and scalable production, resulting in batteries that are up to 40% cheaper and 3x lighter than competitors. This innovative technology not only reduces environmental impact but also positions Alteva as a key player in electrifying hard-to-decarbonize sectors in transportation which is responsible for 25% of GHG emissions.

HyLight has developed the HyLighter, a hybrid drone-airship designed for inspecting energy infrastructure, including oil and gas pipelines, electricity transmission and distribution lines, and landfill sites. The hydrogen-powered, zero-emission technology enables long-range, energy-efficient flight and stationary hovering for high-resolution data collection, with a flight duration of up to 10 hours and a range of 350 km.

Clore has developed Clore Wildfire Defense, a liquid flame retardant spray designed to protect businesses and communities in wildfire-prone areas. Clore's product is applied onto flammable vegetation around an asset in need of protection, and is proven to be non-toxic and eco-friendly. One gallon of Clore covers 200 sq. ft. of land, offering double the coverage level per gallon at a similar price point to its leading competitor.

RubisCO2 has developed modular systems that process sargassum (algae waste) to generate carbon credits, and produce specialized biochar for cement production. This approach offers a sustainable and profitable solution for the growing environmental and economic challenges of sargassum algae washing ashore. The goal is to empower Caribbean communities to turn their sargassum challenge into a profitable carbon sink.

woodchuck.ai uses artificial intelligence and image recognition to divert wood waste from landfills. In 2023, construction companies alone generated 41 million tons of wood waste. By converting this waste into top quality fibers or high-energy biomass, woodchuck.ai supplies manufacturers with repurposed materials and bioenergy producers with a renewable, high-energy fuel source.

Harvest Systems is commercializing the HARVEST platform, a fuel-less, carbon-free water heating system that acts as a drop-in replacement for traditional water heaters within a restaurant environment. Using a novel attachable heat reclaimer, waste heat is captured directly from commercial cooking appliances (such as ovens and fryers) and stored in a hot water tank without affecting safety and performance; and has the optional ability to generate electricity. The technology directly offsets utility costs (such as electricity and fuel gas) not achievable by current water heater technologies.

TrelliSense is developing low-cost, long-range optical sensors designed to detect and quantify greenhouse gasses in near real-time, starting with methane. The company addresses the need for more comprehensive and frequent greenhouse gas (GHG) monitoring, offering broad spatial coverage and high-frequency measurements, while generating valuable data for regulatory compliance that can be sold to quantify and qualify carbon credits from GHG abatement projects.

FireSwarm Solutions Inc. (FFS) is transforming wildfire suppression with innovative heavy-lift drones and swarm artificial intelligence technology. By offering rapid response and early attack capabilities, FireSwarm fills critical gaps in firefighting with a unique approach that ensures faster and more efficient protection of people, property, and the environment.

Fibernx transforms bitumen waste into carbon fibers and nanofibers, providing sustainable, high-quality, and cost-effective solutions. Its carbon fibers are customized to industry needs, produced at one-third of the market price, 15% lighter, and with 68% fewer emissions than traditional carbon fiber production.

Dugu Systems is developing an emissions-free gas turbine system that produces constant, clean energy while capturing 100% of carbon from a variety of fuels.

CredoSense delivers accurate and cost-effective environmental monitoring systems tailored for researchers, farmers, government agencies, and industries in precision agriculture, food processing, and cold chain management. Through rigorous sensor calibration standards, highly customizable sensor-logger systems, and a user-driven design approach, CredoSense provides precise measurements of temperature, relative humidity, barometric pressure, soil moisture, air quality, and plant gas exchange, ~30% below industry average.