Our proprietary system leverages specially designed photobioreactors to grow algae that naturally absorbs carbon dioxide as it grows. The algae is then processed to securely store the removed carbon for the long term. We maximise the carbon removal potential of the algae through our advanced WAHL control system that precisely monitors and calibrates key parameters impacting growth.

Precisely Managing Algae Growth for Optimal Carbon Removal

Growing algae for efficient carbon capture requires careful control of water, air, heat, and light - factors that our WAHL system is designed to monitor and calibrate. Built-in sensors track parameters like temperature, pH, nutrient levels, aeration, and irradiation inside our photobioreactors. This data allows our control system to make automatic adjustments to optimise the growth environment.

By maintaining optimal conditions, we maximise the algae’s rate of photosynthesis and carbon dioxide uptake. The WAHL system also provides early warning of any changes that could slow growth, allowing our technicians to intervene immediately. This level of monitoring and control simply isn’t possible in outdoor algal ponds and other carbon removal solutions.

Real-Time Insights for Informed Decision Making

Our management system doesn’t just regulate growth parameters - it also offers real-time reporting to help us make informed decisions. User-friendly dashboards display sensor readings, growth rates, carbon uptake metrics, and other key data points. We know exactly how much carbon our system has removed and can track performance over time.

Advanced analytics and predictive algorithms even forecast future removal rates and warn of potential issues before they occur.

Scalable and Adaptable to Any Site

No two sites have the exact same carbon capture conditions. That’s why our management system is configurable to sites of any size and adaptable to shifting environmental parameters. We customise sensor placement, reporting tools, and growth protocols to match the operational parameters.