Feed the reactor
Wastewater enters a module containing the microbial consortium selected for that stream.
TECHNOLOGYBiological treatment
Biological treatment
isn’t new.
Our approach is.
Conventional biological treatment typically starts from the organisms already present or easily cultivated in the wastewater. We take a different route: design the microbial community around the water and plant conditions that need to be treated — especially when the usual biology struggles.
Bacter in four moves
Inside the biological reactor.
Water flows through. Microbes do the treatment. Sensors turn operating data into better decisions.
Let biology work
Microbes transform pollutants. Mixing and, where needed, aeration support their activity inside the reactor.
Measure the process
Sensors track operating conditions, such as pH and temperature, while sampling checks treatment performance.
Learn and adjust
Our models learn from the collected data to support process adjustments and predictive maintenance.
Explore the development pathway
From wastewater to pilot.
Select a stage to see the work and its decision point. This is a conceptual development workflow, not a fixed plant design.
Characterize & assess
Understand the wastewater.
Review the current treatment process and wastewater composition, variability, constraints and biological opportunities.
Decision point
Identify promising targets and define the laboratory test plan.
Screen & verify
Test tailored microbial consortia.
Evaluate candidate communities under representative water and operating conditions; monitor treatment indicators in controlled experiments.
Decision point
Compare results and determine whether pilot trials are justified.
Scale & integrate
Validate a pilot treatment module.
Operate a monitored pilot with actual wastewater, test robustness under variable conditions and assess integration with the existing plant.
Decision point
Use pilot evidence to inform an industrial deployment decision.
Microbial world
Species with a backstory.
Each one is a reminder that evolution has already explored design spaces.
Sulfolobus acidocaldarius
Heat + low pH
Psychrobacter arcticus
Extreme cold
Shewanella benthica
High pressure + no sunlight
Thermus aquaticus
Near-boiling water
Let’s talk wastewaterDifficult water?
Difficult water?
Let’s work on it.
Tell us about your wastewater. Share a few details to prepare a feasibility inquiry for our team.