Elias Habbar-Baylac

Alchemy CO₂ is building the next generation of CO₂ supply. We design, build, and operate a distributed network of Green CO₂ production sites using a patented solution that transforms waste biomass into high-purity CO₂ for industrial end-users. This new supply model offers a reliable, local, and transparent alternative to legacy fossil-based supply chains. The Green CO₂ we deliver powers local manufacturing, accelerates low-carbon fuel production, and strengthens critical supply chains across food, fuels, and everyday products. As a public benefit corporation, we’re rebuilding the CO₂ supply chain to ensure uninterrupted customer operations today—while accelerating the industrial transition to a more resilient, circular carbon economy.

We are on a mission to develop and scale groundbreaking technologies that regenerate our soils and sequester atmospheric carbon by the gigaton for the betterment of people and planet. Our technology leverages natural thermal processes and precision automation to convert crop residues into biochar, a stable form of carbon that builds soil health and stays out of the atmosphere permanently. By utilizing a mobile, in-field solution to convert field waste to biochar, we keep carbon where it matters most while dramatically cutting costs from the typical approach of shipping massive amounts of bulk material to and from centralized facilities.

We provide the worlds first highly detailed, geo-referenced seafloor maps. Our fully-automated software pipelines extract data products including health, biodiversity, carbon stock and many more, from a single dataset – fast and at scale. We combine the power of AI, advanced imaging and geo-referencing to drive your nature-positive operations across multiple use cases.

MittiLabs mission is to reduce Rice emissions while improving small-holder farmer livelihoods. Our integrated approach covers project design, farmer training, dMRV technology for project integrity, and certification for project financing. Our proprietary dMRV uses AI and satellite data for local precision at a country scale

Over millions of years, silicate rock weathering has regulated Earth’s climate. By crushing silicate rocks and spreading them on agricultural soils - an approach called Enhanced Rock Weathering (ERW) - we can accelerate Earth’s natural process into a solution capable of addressing the urgency of climate change. Existing agricultural and silicate rock sites - namely 5,000+ global silicate rock quarries surrounded by agricultural land - have the potential to remove billions of tonnes of CO2 with enhanced rock weathering. Despite this potential, ERW hasn’t scaled given the extraordinary scientific, technological, and operational challenges involved. Terradot, founded out of the Stanford ecosystem, is addressing these challenges by advancing the science, building the technology, and assembling the coalition needed to make this potential a reality. We’ve started in Brazil – one of the world’s most optimal locations for ERW thanks to its tropical soils, strength in agriculture, and clean electricity grid. There, we are building the most ambitious ERW hub to date. This hub will drive the necessary breakthroughs in ERW science, ensuring every tonne of carbon dioxide removed is measured and tracked with certainty. These insights will power digital tools for the optimization and verification of carbon removal projects, enabling the replicability of these hubs globally If successful, this approach will uniquely and rapidly catalyze global-scale carbon removal, enabling the transformation of [300] such quarries in Brazil and [5,000+] global quarries into carbon removal hubs. Terradot has assembled a growing team of leading scientists and engineers with decades of published research (over 100,000 citations on ERW) and hands-on expertise in related fields, providing unmatched experience to drive advancements in ERW.

Hohonu provides precision monitoring and forecasting to help communities prepare for and respond to flooding. It uses the latest technologies in hardware, software, and data science in order to deliver reliable and accessible water level data to its customers. "If you cant measure it, you cant improve it." The same principles its team used in the restoration of an ancient Hawaiian fishpond in Heeia fishpond, located in Kaneohe Bay on the island of Oahu, can be used to help aid in humanitys fight against climate change.

Turning the tide on carbon change. Ebb Carbon is pioneering a new carbon removal solution by enhancing the ocean’s natural ability to safely store CO₂. Our electrochemical ocean alkalinity enhancement method has the potential to be one of the largest scale and lowest cost approaches to removing excess CO₂, while reducing ocean acidity.

Traditional HVAC systems prioritize ventilation over purification, leading to high energy consumption and environmental impact. Carbon Reform offers a complete line of solutions to break this cycle by providing a healthier indoor environment while reducing building emissions and cutting utility costs.

Ecotone Renewables is building a world without waste by deploying the industrys most reliable food waste diversion systems. We are the leading provider of automated food waste management and waste data analytics systems in the US with international expansion already started. Ecotone Renewables is a public benefit corporation focused on up-cycling food waste into Soil Sauce organic liquid fertilizer. This provides growers a 4:1 ROI on inputs and helps turn waste into nutrients to feed our communities. Founded in Pittsburgh, PA, Ecotone Renewables is scaling automated anaerobic digestion technology as a turn-key solution to food waste for buildings and commercial kitchens.

CarbonBuilts Carbon XPrize-winning technology enables the production of ultra low-carbon concrete products, driving gigatonne-scale greenhouse gas reductions through the cost-effective mineralization of carbon dioxide. Our revolutionary approach reduces overall carbon dioxide emissions by 70-100%+, with no compromise on price, performance, or plant operations.

Aikido Technologies is developing innovative technologies for the floating wind industry. We want to bring low-cost, clean electricity to coastal cities around the world. Our technology uniquely unlocks local maritime infrastructure to create high-paying jobs and long-term benefits to the local communities.

Chloris Geospatial uses industry-leading technology to measure the amount of carbon stored in terrestrial ecosystems. Our state-of-the-art machine learning algorithms fuse data from multiple Earth observation satellites to provide high-quality above-ground biomass stock and change and forest cover/change data. Chloris supports companies and governments with monitoring data and insights into carbon and forest dynamics, for trustworthy investments in nature-based solutions. From deforestation to forest degradation, growth, and regrowth of trees: Chloris sees what the atmosphere sees, for every pixel on the planet, since the year 2000.

At Miraterra, we get to work with the coolest technology and help regenerate our planet at the same time. We have gathered the best minds from around the world, across many different disciplines, and utilize the most advanced tools available to help solve one of the biggest challenges facing our planet: degrading soil. When you talk with the team here, you’ll hear how happy they are to be doing work that matters. We’re here to provide faster, cheaper, and cleaner ways to measure soil components, so growers can manage, recarbonize, and build healthy soils. Are you passionate about healthy soil? If so, we invite you to contribute your best work ever as a key member of our welcoming and collaborative team. Miraterra is a safe, inclusive workplace for people of all backgrounds and walks of life. We believe that having a wide range of experiences and voices makes our teams stronger and more creative.

We deliver best in class, real-time pest information, from orchards, to farms, to whole regions, for efficient pest management actions. Real-time, accurate peace of mind Relying on manually monitoring of traps is time-consuming, resource-intensive, and risky because the damage has already been done. Our instant alert system shows when and where pests are active allowing for a rapid response. No more “Spray & Pray” The guessing game of where, when, and how much you should spray to control pests is over. Knowing exactly when a management action is needed will reduce your insecticide costs and improve the quality of your crop. Affordable, scalable & simple RapidAIM is simple to use, low maintenance & reliable. Download the app, scan the QR code on the traps, plug in the battery, and the real-time pest monitoring service is live in minutes.

Every company is on a mission. At SHYFT Power Solutions, were on a mission to ensure that clean, reliable and affordable energy solutions can scale and sustainably meet demand. We build IoT and integrated software solutions to optimize energy asset performance (thats solar, battery, grid and/or generator systems) and help our customers, renewable energy companies, facility managers and real estate developers improve operational efficiency while at it. With over 3,000kW of energy assets being managed by SHYFT technology in emerging markets like Nigeria, were a catalyst for the energy transition. Are you ready to join us on our mission?

Alchemy CO₂ is building the next generation of CO₂ supply. We design, build, and operate a distributed network of Green CO₂ production sites using a patented solution that transforms waste biomass into high-purity CO₂ for industrial end-users. This new supply model offers a reliable, local, and transparent alternative to legacy fossil-based supply chains. The Green CO₂ we deliver powers local manufacturing, accelerates low-carbon fuel production, and strengthens critical supply chains across food, fuels, and everyday products. As a public benefit corporation, we’re rebuilding the CO₂ supply chain to ensure uninterrupted customer operations today—while accelerating the industrial transition to a more resilient, circular carbon economy.

We are on a mission to develop and scale groundbreaking technologies that regenerate our soils and sequester atmospheric carbon by the gigaton for the betterment of people and planet. Our technology leverages natural thermal processes and precision automation to convert crop residues into biochar, a stable form of carbon that builds soil health and stays out of the atmosphere permanently. By utilizing a mobile, in-field solution to convert field waste to biochar, we keep carbon where it matters most while dramatically cutting costs from the typical approach of shipping massive amounts of bulk material to and from centralized facilities.

We provide the worlds first highly detailed, geo-referenced seafloor maps. Our fully-automated software pipelines extract data products including health, biodiversity, carbon stock and many more, from a single dataset – fast and at scale. We combine the power of AI, advanced imaging and geo-referencing to drive your nature-positive operations across multiple use cases.

MittiLabs mission is to reduce Rice emissions while improving small-holder farmer livelihoods. Our integrated approach covers project design, farmer training, dMRV technology for project integrity, and certification for project financing. Our proprietary dMRV uses AI and satellite data for local precision at a country scale

Over millions of years, silicate rock weathering has regulated Earth’s climate. By crushing silicate rocks and spreading them on agricultural soils - an approach called Enhanced Rock Weathering (ERW) - we can accelerate Earth’s natural process into a solution capable of addressing the urgency of climate change. Existing agricultural and silicate rock sites - namely 5,000+ global silicate rock quarries surrounded by agricultural land - have the potential to remove billions of tonnes of CO2 with enhanced rock weathering. Despite this potential, ERW hasn’t scaled given the extraordinary scientific, technological, and operational challenges involved. Terradot, founded out of the Stanford ecosystem, is addressing these challenges by advancing the science, building the technology, and assembling the coalition needed to make this potential a reality. We’ve started in Brazil – one of the world’s most optimal locations for ERW thanks to its tropical soils, strength in agriculture, and clean electricity grid. There, we are building the most ambitious ERW hub to date. This hub will drive the necessary breakthroughs in ERW science, ensuring every tonne of carbon dioxide removed is measured and tracked with certainty. These insights will power digital tools for the optimization and verification of carbon removal projects, enabling the replicability of these hubs globally If successful, this approach will uniquely and rapidly catalyze global-scale carbon removal, enabling the transformation of [300] such quarries in Brazil and [5,000+] global quarries into carbon removal hubs. Terradot has assembled a growing team of leading scientists and engineers with decades of published research (over 100,000 citations on ERW) and hands-on expertise in related fields, providing unmatched experience to drive advancements in ERW.