+ A world’s first system
Fully autonomous laboratory grade water analysis system designed for remote operations, critical infrastructure, wastewater processing, aquaculture, research and general water chemical analysis
+ Reduce cost, risk and delay
High frequency automated measurement at a fraction of grab sample analysis cost
+ Food and water security
A critical innovation for food and water security
+ Faster, actionable results
Cloud-based data transfer and visualisation allows remote monitoring, alerting and fleet configuration
+ Verifiable data
Automatically measures accurate verifiable data for carbon and nutrient concentrations in water
+ Proven operation and accuracy
Used by major infrastructure operators, councils, universities and independent laboratories in Australia and New Zealand
Fully autonomous real-time water quality monitoring
Our unique technology captures complex water chemistry data and simplifies it to enable faster and better informed environmental decisions in order to protect our most precious resource.
A data as a service (DaaS) solution, Eco Detection Ion-Q is a fully integrated platform that combines world-first sensor technology, cloud-based automated reporting and predictive analytics for remote water monitoring and testing.
Ion-Q enables the identification of water quality contamination in real-time, and through artificial intelligence (AI) predictive algorithms, before it occurs to ensure that water quality standards are met.
Eco Detection also offers an exciting new opportunity for the secondary carbon markets. We bring a new measurement methodology for accounting for carbon and nitrogen in water to generate a tradeable unit of pollutant reduction in catchments.
It’s the perfect solution for anyone looking for a powerful tool to preserve, protect and improve their waterways and catchment areas. Sound like you? Get in touch today.
Until now, no freshwater monitoring solution existed that could capture complex environmental data in real-time. With our self-calibrating sensor technology, we can test as low as ten parts per billion for contaminants such as nitrates and coming soon, heavy metals.
Offering our clients a DaaS solution, our real-time data and AI predictive algorithms lets us anticipate trends as they happen, reducing negative environmental impacts to ensure our natural waterways and fragile ecosystems are protected and not exploited.
Eco Detection Ion-Q+ offers a unique multi-parameter solution optimised for targeting analytes of interest. This table indicates the current specifications and the product roadmap expanding our CZE detection capabilities.
Note: Ion-Q+ features remotely adjustable sensitivity for higher range requirements.
|Nitrite as N (NO2-N)||0.03 – 5.0|
|Nitrite as N (NO3-N)||0.03 – 5.0|
|Fluoride||0.1 – 10.0|
|Phosphate as P(PO4 -P)||0.1 – 10.0|
|Chloride||1.0 – 100|
|Sulphate||2.0 – 200|
|Carbonate||2.0 – 200|
|Ammonium (NH4 + N)||0.2 – 200|
|Magnesium (Mg)*||1.0 – 200|
|Potassium (K)||1.0 – 200|
|Calcium (Ca)*||1.0 – 200|
|Iron (II)*||0.3 – 100|
|Compatible Water Conditions||Conductivity ≤ 2,000 μS/cm
Turbidity ≤ 1000 NTU
|Operating Temperature||-5°C to +40°C (23°F to 104°F) ambient temperature|
|Sampling Rate||1-6 samples per day
90 days/400 samples per service interval
|Accuracy||10% or 0.1 mg/L, whichever is greater|
|Automatic Calibration + Protection||Automatic internal self-calibration, fluidics, and turbidity protection|
|Environmental Rating||Eco Detection unit IP54, external sub pump sensors IP68|
|Power||Mains power 240v input.
Battery power: 100Ah *12V Solar power: 300W – 350W
|Connectivity||Internet via cellular or satellite.
Operation is continuous even without an internet connection
* Preliminary indication only
The Eco Detection system is capable of deployment with auxiliary sensors to measure associated water quality parameters at the same time. This enables the system to provide a more comprehensive view of the state of the water source through the same integrated data delivery channel.
Auxiliary sensors that have been integrated with the device include; turbidity, conductivity, pH, temperature and dissolved oxygen.
|Phosphate||(high sensitivity) 0.01 mg/L|
|Arsenic, Cadmium, Cobalt, Copper, Lead, Mercury, Nickel & Zinc||0.01 mg/L|
|PFAS||To be determined|
|Bacteria||To be determined|
Making a real
We help our clients understand what the baseline of their catchment ecosystems looks like. This lets them identify potential threats, opportunities and challenges in real-time. Through more accurate monitoring and AI for predicting events, we can improve and protect our fragile freshwater environments.