Planetary offers a scalable, natural alternative to engineered carbon removal solutions by enhancing the ocean’s existing ability to absorb CO2. The ocean already absorbs 31% of global CO2 emissions, and by adding alkalinity, Planetary increases this capacity while neutralizing ocean acidity. The process, called Ocean Alkalinity Enhancement (OAE), stores carbon as stable salts within the marine ecosystem for thousands of years, making it a low-energy, cost-effective, durable solution. Early tests in controlled environments confirm successful CO2 removal, and ongoing open-ocean trials show no measurable negative impact on marine habitats.

ThinkLabs AI is a specialized AI development and deployment company focused on advanced engineering systems. With their flagship product, ThinkLabs Copilot, using proprietary physics-informed AI digital twins, ThinkLabs AI is well positioned to transform the way grids operate, rich of clean data and predictive power.

ThinkLabs AI is developing a physics-informed digital twin model, supporting human operations by offering autonomous modeling and orchestration of the power grid. These insights enable power grid operators to connect power from renewable sources to the grid faster and more efficiently, alleviating grid connection queues.

ThinkLabs AI is a specialized AI development and deployment company focused on advanced engineering systems. With their flagship product, ThinkLabs Copilot, using proprietary physics-informed AI digital twins, ThinkLabs AI is well positioned to transform the way grids operate, rich of clean data and predictive power.

To catalyze industrial decarbonization, we must move away from energy-intensive manufacturing to more energy-efficient, low carbon footprint alternatives, such as bio-fermentation. Quebec-based BioIntelligence Technologies (BIT) provides solutions for reducing the carbon footprint in large-scale bio-manufacturing industries like chemical production, pharmaceuticals, cosmetics, and certain food applications. BIT's analytics can alleviate challenges in biomanufacturing by reducing production losses and increasing yields by 5-10% per batch. This improvement fosters the adoption of more sustainable manufacturing processes. 

Future Fields optimizes the biomanufacturing process, enabling more opportunities for cost-effective alternative proteins. As a result, Future Fields will support the decarbonization industries while offering a scalable solution to meet food, pharmaceutical, and other urgent and necessary needs globally.