A biological process built around microalgae.
Our proprietary photobioreactor technology harnesses the natural efficiency of microalgae to treat industrial water, capture nutrients, and produce high-value biomass -- all in a single, continuous biological loop.
How it works
Raw Elements
- water_dropIndustrial WastewaterNutrient-rich effluent streams
- scienceMicroalgae StrainsOptimized cultures selected for target applications
- co2CO₂ InjectionCarbon source for photosynthesis
- light_modeLight EnergyControlled photonic input
The Biological Engine
Our biological process targets nitrogen and phosphorus capture, and biomass generation. Performance parameters are validated on a project-by-project basis with water analysis.
Valuable Yields
- opacityTreated WaterImproved water quality parameters, with specific outcomes validated per project.
- ecoBiomassWith potential downstream valorization pathways including biostimulant and biofertilizer applications.
- syncCircular NutrientsPotential for nutrient recovery depending on project conditions
Data-Driven Precision
Real-Time Sensor Array
Embedded sensors track key water quality parameters including pH, turbidity, and nutrient concentrations. Data feeds into monitoring systems that support operational decision-making.
Predictive Optimization
Data-driven monitoring supports performance tracking and helps anticipate system behaviour. Operating parameters such as CO₂ injection, light exposure, and harvest timing can be adjusted based on observed conditions.