Over the previous two decades, a diverse array of geochemical negative emissions technologies (NETs) have been proposed, which use alkaline minerals for removing and permanently storing atmospheric carbon dioxide (CO2). This paper reviews the current state of geochemical NETs, highlighting key features (mineral resources; processes; kinetics; storage durability; synergies with other NETs such as DAC, risks; limitations; co-benefits, environmental impacts and life-cycle assessment). The role of organisms and biological mechanisms in enhancing geochemical NETs is also explored.
Global map of geochemical NET companies, projects, initiatives and non-profits featuring Capture6 is included in the full article published by Frontiers in Climate.
We are thrilled to be partnering with Stantec, a global leader in sustainable design and engineering, alongside the Palmdale Water District (PWD) to design a first-of-its-kind Advanced Water Treatment (AWT) demonstration facility with novel brine management technology in Palmdale, California. … Read More
PNNL will lead a team of 22 industry, community, governmental, and non-profit partners to accelerate measurement, reporting, and verification (MRV) approaches and technologies for mineralization-based carbon dioxide removal. … Read More
Capture6 was featured in a recent article by Petya Trendafilova of Carbon Herald as a top 20 DAC company. The article includes a brief description of Capture6’s origin story, technology, and global project pipeline. … Read More
Last month, Capture6’s VP of Strategic Development, Dr. Leo Park sat down with Judy Shaw of the New York Stock Exchange on NYSE Floor Talk to discuss carbon removal as a tool for synergistic climate action and climate justice. … Read More
Capture6 featured in South Korean media outlet, Better Future of the Chosun Ilbo. … Read More
Direct air capture (DAC) company Capture6 and South Korean water treatment company BKT have signed a strategic cooperation and are considering establishing a joint venture (JV) in the future. … Read More