About CZE technology
Based on proven, military-grade technology, Eco Detection uses the world’s first broad-spectrum, single-suite, real-time water quality monitoring system.
The technology, which has miniaturised the capillary zone electrophoresis (CZE) laboratory process into a robust and field-ready system, was originally developed in conjunction with the University of Tasmania, and commercialised globally in Eco Detection’s sister company GreyScan’s ETD-100, a trace detection device for inorganic explosives. In 2019, GreyScan won the prestigious Eureka Prize for Innovation – Outstanding Science in Safeguarding Australia. During 2020, the company pivoted to GreyScan to develop and commercialise its innovative screening platform to produce the TVD-1 & TVD-2; two products, which are capable of detecting viruses including SARS-COV-2.
Eco Detection can detect specific ions at concentrations as low as tens of parts per billion. This innovative technology uses positive and negative electrical field polarities to detect both anions and cations in sample fluid. This patented sensing system enables us to measure nitrates, nitrites, ammonium, phosphates, chloride and coming soon, heavy metals, glyphosate and emerging contaminants.
Industry Standard Once per Month
+ Patented sensing system
Eco Detection has an exclusive licence to the technology and is developing the system in partnership with Grey Innovation, an Australian technology commercialisation company.
+ Autonomous operation
Our system uses proprietary self-calibrating technology, requiring minimal user maintenance and replacement of consumables (monthly).
+ Works in any catchment environment
The high dynamic range of the sensors enables broad detection levels for upper and lower river reaches in any catchment area.
+ Remote operation and monitoring
Transmits data in real-time via mobile and satellite networks, enabling accurate trend analysis and quality assurance programs.
+ 96 data points daily
Capability for multiple daily runs for dissolved nutrients, sulphate, carbonate and chloride, and 96 data points daily for dissolved oxygen, turbidity, pH and conductivity.
The Eco Detection Difference
*Waikato River Project
Capable of operating on solar, mains or battery power, our technology is designed for remote operation and monitoring
Eco Detection 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.
|Measurement Technology||Capillary Zone Electrophoresis (CZE)|
|Primary Analytes||Nitrate (NO3 -N), Nitrite (NO2 -N), Phosphate (PO4 -P)*|
|Secondary Analytes||Carbonate (CO3), Sulphate (SO4), Fluoride (F), Chloride (Cl)|
|Range||Nitrate: 0.05 mg/L to 5.0mg/L; Nitrite: 0.05 mg/L to 5.0mg/L Phosphate 0.2 mg/L to 5.0 mg/L|
|Measurement Accuracy||±10% of reading or ± 0.1 mg/L, whichever is greater**|
|Measurement Frequency||1 – 12 samples per day (configurable remotely)|
|Compatible Water Conditions||Conductivity ≤ 1,000 μS/cm
Turbidity ≤ 1000 NTU
|Operating Temperature||-5°C to +40°C (23°F to 104°F) ambient temperature|
|Autonomous Operation||90 days/400 samples per service interval|
|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|
*Current hardware will allow further tuning of phosphate detection limits to 0.1mg/L
**Applies to the nitrite, nitrate and phosphate measurements. Chloride, sulphate, fluoride and carbonate are indicative measurements.
|Phosphate (high sensitivity)||0.01 mg/L|
|Heavy Metals: Arsenic, Cadmium, Cobalt, Copper, Iron, Lead, Manganese, Mercury, Nickel, Zinc||0.1 mg/L|
|PFAS||To be determined|
|Bacteria||To be determined|