The Ocean Cleanup is a non-profit environmental engineering organization dedicated to developing and implementing technologies to extract plastic pollution from the oceans and rivers. For over ten years, The Ocean Cleanup has been researching, extracting, and monitoring plastic pollution in oceans and rivers globally – with millions of kilograms removed to date. Its technologies supporting ocean cleanup act as large-scale floating barriers, designed to concentrate plastic debris within a specific area for collection. They utilize ocean currents and wind to move through the water, gathering plastic along their path. The systems are also equipped with solar panels and wind turbines to power their operations. It also deploys floating barriers in rivers to intercenpt and prevent plastic from entering the oceans. The Ocean Cleanup also closely monitors and analyzes impacts, provides a dashboard and data insights, and is engaged in research on improving envrionmental impact analyses. The Ocean Cleanup aims to tackle plastic pollution in order to protect and restore marine and riverine environments and the wildlife they contain – as well as benefit the human communities living alongside these areas, and reliant on these ecosystems for their livelihoods.
- bioremediation
- conservation
- data
- nature tech
- oceans
- rivers
Coral Vita is a company that works on restoring coral reefs by growing resilient corals and transplanting them to degraded reefs. They operate commercial land-based coral farms, using microfragmentation techniques to cultivate a diverse range of coral fragments which accelerates coral growth up to 50 times faster than natural rates and and assisted evolution, which trains corals to be resistant to the effects of climate change such as ocean acidification. Along with cultivatation of coral, Coral Vita also partners with local communities, eco-tourism operators, corporations, foundations, governments, mitigation banking, and other restoration organizations to design and accelerate projects supporting the restoration of vital marine ecosystems.
- agricultural tech
- coastal wetland restoration
- conservation agriculture
- coral
UrbanFootprint is a web-based software platform specifically designed for urban planning and climate resilience. It provides access to comprehensive data on land use, environmental factors, pollution, mobility patterns, buildings, economic patterns, and demographics across the United States. UrbanFootprint allows planners to analyze trends and create simulations of future development projects, analyzing potential impacts on areas like housing costs, energy use, and transportation. This helps urban planners, designers, and decision-makers make informed choices about city development, growth, sustainability and community.
- artificial intelligence
- data
- digital assets
- digital platforms
- satellite image analytics
- software as a service
- urban planning
HowGood has 17 years of research on global food supply chains. The team consolidates and analyzes findings from over 600 accredited data sources and certifications. These include a range of resources such as international frameworks, NGO guidance and standards reports, peer reviewed life cycle assessment studies, journal articles, academic conference proceedings and texts, aggregated commercial databases, targeted industry studies, NGO research, government publications, and news reports from reputable outlets.
- artificial intelligence
- big data
- farming
- food system
- regenerative agriculture
- standardization
Houdini sportswear caters to adventurers and athletes with a focus on eco-conscious, high-performance clothing. They craft technical apparel that combines durability, functionality, and minimalist design for activities like hiking, climbing, skiing, and trail running. Houdini prioritizes sustainability throughout their production process, using recycled materials whenever possible and employing practices that minimize environmental impact. Beyond performance and eco-friendliness, Houdini is known for innovation in material science and garment design, creating lightweight, weather-protective, and versatile pieces for dedicated outdoor enthusiasts.
- circular economy
- clothing
- digital platforms
- marketplaces
- material science
- textiles
GreenWave has trained and supported over 120 farmers and hatchery technicians throughout New England, California, New York, the Pacific Northwest, and Alaska. GreenWave works with farmers to launch and scale their businesses through services that mix training with innovation. Their high-and-low touch training ranges from an online seed-to-sale Ocean Farming Toolkit and region-specific workshops to hands-on internships and participation in our farmer support network. GreenWave's innovation program works to scale markets in four shovel-ready sectors - food, agriculture, bioplastics and Blue Carbon - as well as disseminate the latest farm, hatchery and blue tech design throughout their farmer network.
- agricultural tech
- coastal wetland protection
- coastal wetland restoration
- conservation agriculture
- edtech
- education
- nature tech
Loliware is the world’s first seaweed resin company providing products to replace single-use plastics. Loliware is a woman-owned firm partnering with experts in regenerative aquaculture from Maine to New Zealand to expand the ‘blue economy’ with its proprietary SEA Technology® resins. Made from compostable seaweed, Loliware’s Ocean Blue straws, utensils and other products are currently used by famous chefs, restaurant chains and eco-chic hotels. Their new category of materials are “Designed to Disappear”, offered to help advance our planet to a plastic-free, decarbonized future.
Ecosia is a search engine that uses its profits to plant trees around the world. It functions similarly to other search engines, using Microsoft's Bing as a foundation, but distinguishes itself by allocating a significant portion of its ad revenue towards reforestation efforts. Users can support environmental initiatives simply by conducting web searches through Ecosia's platform.
- internet
- reforestation
- search
Earth Blox provides climate and nature analytics from satellite imagery to help businesses accelerate their sustainability transition. The software maps and analyses key metrics for biodiversity, water and carbon across forestry, agriculture, and financed and insured assets worldwide
- artificial intelligence
- building automation systems
- cloud
- data
- digital assets
- edge computing
- nature tech
- satellite image analytics
Ecovative is a biomaterials company that develops sustainable alternatives to traditional plastics and other environmentally harmful materials using mycelium, the root structure of mushrooms. Ecovative’s AirMycelium platform grows more than 400 tons of furniture, goods, and packaging annually with clients in CPG, housing, packaging, fashion, food, beauty, sports, and more. The platform uses AI to optimize mushroom mycelium for scale, density, elasticity, and other industrial parameters. Ecovative's products are fully biodegradable and compostable, offering a more sustainable alternative to petroleum-based plastics.
- biofabrication
- biomaterials
- biotech
- digital platform
- manufacturing
- mycelium
- mycotecture
The Indigenous Artificial Intelligence (A.I.) Working Group is a program focused on the intersection of artificial intelligence and Indigenous knowledge systems. The project’s interdisciplinary team of experts includes 37 co-investigators and collaborators who come from eight universities and 12 Indigenous community-based organizations in Canada, the United States and New Zealand. Most of the team members are Indigenous. They are motivated to expand the definition of intelligence by collaborating with Indigenous communities to integrate their knowledge systems with the AI research and development ecosystem to develop more integrated and practical approaches to building the next generation of A.I. systems.
- artificial intelligence
- indigenous peoples
- traditional ecological knowledge
Ascend Elements is company focused on large-scale EV battery recycling, providing solutions that help recover valuable materials from used batteries and e-waste, which are repurposed into new battery components through their proprietary Hydro-to-Cathode® technology. This closed-loop system results in up to 90% lower GHG emissions compared to than traditional methods, by reducing batteries going to the landfill, reducing reliance on virgin materials, enabling a cleaner manufacturing process, and lowering the environmental impact of battery production-- essential for driving the broader energy transition.
- batteries
- circularity
- electric vehicles
