Svante

Carbon is the backbone of the global economy. Carbon dioxide is a friend and sometimes an enemy, we call it our best FRENEMY. In just the right amount in the atmosphere, it helps keep the Earth warm enough for human life, and it is the secret ingredient to life as we know it. As the Earth's population swells to 8 billion and the global energy sector looks for solutions to reduce or even offset its carbon footprint, greenhouse gas emissions continue to pose one of the biggest challenges of our time. Svante is building a carbon management industry, similar to the waste management industry ... collect, transport and store CO2 to help nature tune the right amount of CO2 in the atmosphere. What if we built carbon capture technology the way we build smartphone or EVs - with speed, precision and scale. That question shaped our approach to develop and industrialize our carbon capture and removal technology using solid-state technology to make filters. The company's goal is to create a circular economy that values carbon dioxide working in tandem with nature. By stimulating new ways to create durable products and processes that recycle and sequester carbon dioxide, the technology can help companies generate clean growth while also reducing greenhouse gas emissions. Svante is initially focused on distributed carbon dioxide projects offering a solution for 500-2000 tons per day in three sectors - biogenic CDR (pulp & paper, waste to energy) industrial (cement and steel) and energy (power plants and refineries). The company is currently operating a 25 TPD demonstration plant with Chevron in California and operating a 1 TPD pilot plant at Lafarge cement plant in Richmond, BC, Canada. On May 13, 2025, Svante officially commissioned a world-class carbon capture filter manufacturing facility in Vancouver. Svante has industrialized its solid sorbent filters using an automated roll-to-roll manufacturing process, similar to how thin-film batteries are made at scale. This isn't a science experiment. It's a blueprint for scaling carbon capture affordably, reliably, and at the pace climate progress demands.