Atmospheric CO₂ levels now exceed 420 parts per million – the highest in over 3 million years – driving increasingly severe climate impacts such as extreme weather, rising sea levels, and ecosystem disruption. Bio-industrial sectors like biochar/bio-oil, pulp and paper, ethanol, and forestry contribute hundreds of millions of tons of CO₂ emissions annually, representing a major source of industrial emissions. These sectors are under growing pressure to decarbonize while also managing waste streams and increasing resource efficiency. These industries often possess the bio-resources, infrastructure, and technical workforce needed to lead climate action. What they lack is the right tool. This gap presents a critical opportunity to equip existing industries with scalable, carbon-smart technology that turns waste into climate value and supports net-zero targets while unlocking new economic potential. Gaia Refinery’s Bio-DAC plug-in technology offers a breakthrough approach to carbon removal. It is a solution that’s designed specifically for industrial integration and bio-based waste streams. This modular system leverages underutilized biomass and industrial waste to enable cost-effective, permanent CO₂ removal with minimal disruption to existing operations. Compared to traditional direct air capture (DAC) technologies, Gaia’s system reduces energy requirements by 90% and captures twice as much CO₂ per ton of biomass as biochar, offering an efficient and scalable solution for bio-industrial decarbonization.