FlowMinerals
FlowMinerals delivers permanent CO₂ storage through Direct Ocean Capture, a technology that uses seawater and renewable energy to extract carbon dioxide directly from the atmosphere. The process converts captured CO₂ into stable dissolved minerals that remain sequestered in the ocean for millennia, avoiding land-use conflicts and geological storage constraints. The company generates revenue through the sale of carbon removal credits to corporate and institutional buyers.
- Clean Technology
Funding
Founders
Founder details are not available yet.
Product
Problem
Atmospheric carbon dioxide levels continue to rise, driving climate change, yet many existing carbon removal solutions depend on land-based infrastructure or geological storage sites that face capacity, cost, and permanence limitations. Marine environments offer vast sequestration potential, but scalable technologies to harness them remain underdeveloped.
Solution
FlowMinerals delivers permanent CO₂ storage through Direct Ocean Capture, a technology that leverages seawater and renewable energy to extract carbon dioxide directly from the atmosphere. The process mimics natural mineral weathering, converting captured CO₂ into stable dissolved minerals that remain sequestered in the ocean for millennia. By operating in marine environments, the approach avoids competition for land and circumvents the geological storage constraints of traditional carbon capture methods. Renewable energy powers the process, ensuring the net climate benefit is not undermined by fossil fuel consumption.
Target Audience
Primary customers are carbon credit buyers, climate-focused corporations, and governments seeking verifiable, permanent carbon dioxide removal solutions to meet net-zero commitments.
Features
- Direct Ocean Capture technology that uses seawater as both a feedstock and a storage medium
- Conversion of CO₂ into stable mineral forms for permanent, non-reversible sequestration
- Renewable-energy-driven process minimizing additional carbon footprint
- Marine-based operation that avoids land-use conflicts and geological storage dependencies
- Scalable deployment model suited to coastal and offshore environments