Capture6 provides a modular system that integrates desalination with atmospheric CO₂ capture, turning brine waste into fresh water while permanently storing carbon. The closed-loop unit can be retrofitted to existing water or industrial facilities, eliminating brine disposal costs and creating revenue from water sales and carbon credits.
Funding
$27.5M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
6OTCFounders
Product
Problem
Water-stressed regions rely on costly desalination processes that generate large volumes of brine, requiring expensive disposal or pond storage, which adds operational burdens and environmental risks. Simultaneously, rising atmospheric CO₂ levels demand scalable carbon removal solutions that can be integrated into existing industrial infrastructure.
Solution
Capture6 offers a modular, closed-loop system that simultaneously desalinate saline water and capture atmospheric CO₂ for permanent storage. The technology replaces traditional brine ponds with an integrated process that incurs no additional cost, turning waste brine into a resource while delivering fresh water. By coupling water recovery with carbon removal, the system creates new commercial value for partners, enhancing operational efficiency and contributing to climate mitigation goals. The solution is designed for deployment alongside existing water and industrial facilities, enabling rapid adoption in water-stressed regions.
Target Audience
Primary customers are water-intensive industries, municipal water utilities, and government agencies operating in water-scarce regions that seek to improve water security while reducing carbon footprints.
Features
- Combined desalination and CO₂ capture unit that produces fresh water while sequestering carbon in a single closed-loop process
- Modular design allows retrofitting to existing desalination plants, brine ponds, or industrial water systems
- Eliminates the need for separate brine disposal infrastructure, removing associated capital and operating expenses
- Generates additional revenue streams through carbon credits and water sales from previously unusable brine
- Scalable architecture supports deployment across diverse geographic locations and industry sectors
- Integrated monitoring and control system ensures optimal water recovery rates and carbon capture efficiency