top of page

Services

BioBright: The integrated monitoring system for smart, pollution-free ports

Integrated monitoring system

Our integrated monitoring system continuously measures CO₂ in air and water, water quality indicators, and key pollutants, including nitrates, phosphates, ammonia, and heavy metals such as zinc and copper and can be tailored to track additional parameters based on your needs. Collecting this data is essential for pinpointing pollution sources, understanding environmental impact in real time, supporting regulatory compliance, advancing Net Zero strategies, and reducing ports’ liability or potential fines. Equipped with self-maintaining, autonomous sensors, the system provides faster, more reliable data with minimal operational effort. All insights are instantly accessible through our online platform, anywhere, anytime.

Concept art monitorig system and algae cultivation in a port

Monitoring system platform

Monitoring website dashboard

The data collected by our monitoring system are automatically displayed on a dedicated monitoring website, accessible to all clients using the system. This enables users to track atmospheric and dissolved CO₂ levels, monitor water pollutants, and assess algae performance in real time.

Want to see how it works? Click the button below to request a free demo of our real-time monitoring platform and discover the impact for yourself.

Concept art monitorig system and algae cultivation in a port

Coming soon!

Monitoring system and algae cultivation

Our cutting-edge technology provides real-time monitoring of CO₂ levels and water pollutants while utilising algae-based systems to absorb carbon and purify water. With 400g of algae absorbing 800g of CO₂ hourly and doubling in biomass every two months, our system effectively reduces CO₂ emissions and water pollutants. The advanced sensors and algae work together to remove nitrates, phosphates, ammonia, zinc, and copper from water. By doing so, you can achieve a substantial reduction in both CO₂ emissions and water pollutants in as little as one year.

bottom of page