A new tool to unlock insights in water, wastewater, environmental monitoring & recirculating aquaculture system (RAS) research
Nitrate and nitrite occur in many water and wastewater scenarios – either as intermediates or final products. They are produced by the nitrification of ammonia wherever oxygen and nitrifying bacteria are present. This may be naturally in the environment, in drinking water distribution systems and pipelines – or in process situations, including wastewater treatment plants (the biological nitrogen removal phase) and recirculating aquaculture systems (biofilter operation).
Now, Aquamonitrix® offers researchers the ability to obtain highly specific readings for both the nitrite and nitrate anions, simultaneously with high-frequency in real-time.
This is a powerful tool to unlock routes for better understanding, supervision, optimisation, and mitigation across the water, wastewater and aquaculture sectors.
Special rates and arrangements for academic research institutes
As a company founded on research and innovation, we are always interested in discovery and collaboration, and we are open to special rates and arrangements for academic research institutes.
To find out more, complete the form at the end of this page – or contact us directly.
Webinars & Case Study
Enhanced Optimisation of RAS through improved Water Quality Data Webinar
Topic: Enhanced Optimisation of RAS through improved Water Quality Data Webinar Dr Michael Strahand and Dr Eoin Murray are hosting a 30-minute webinar to explain "Optimising low water use RAS - Getting from 300 Litres usage per Kg of feed to 50 Litres". The webinar...
When Nitrite Drifts, Corrosion Wins
This application note demonstrates the high-stakes risk of relying on sporadic manual testing to monitor nitrite levels in closed-loop cooling systems, where chemical levels can rapidly drop due to bacteria, dilution, or air ingress.