Real-time Monitoring for Environmental Water Quality Applications:
We are a unique North American supplier that provide multi-faceted Fluorometers & Systems that can monitor environments of Wastewater, Ports, Coastal, Pollution, Oil and Gas. These robust systems allow surveyors and regulators to assess real-time, in situ levels in water systems. Measuring Bacteria levels, This is achieved by dete
cting UV Tryptophan fluorescence, which has been shown to correlate with bacterial levels. The complete real-time and Logging systems send Alerts to the user and integrate well into novel telemetry systems, with RS232,RS422, RS485, MODBUS, SDI-12 OUTPUTS compatible with SCADA systems. With the ability of an all-in-one Multi Parameter Sensor these systems ready for BOD Indicators, Bacteria Watch, Algal production & growth, Oil & Gas Dispersant Monitoring and Ballast Water Treatment. More specifically the parameters that can be measured cover; Gross Primary Productivity in phyoplankton, as well as Chlorophyll-a, Hydrocarbons, Refined & Crude Oils, BTEX, Tryptophan, CDOM, Florescent dyes, Rhodamine, and Turbidity. As well, we have the ability for long term studies as the Fluorescence is automatically corrected for turbidity, absorbance and temperature to provide robust data collection over extended deployments. Monitoring Applications:
Environmental pollution
Algal monitoring at inland, coastal and offshore aquaculture sites. Sewage and bathing waters
Oil spill including road and airport apron run-off
Point source pollution
Biological Oxygen Demand (BOD) indication
Coloured Dissolved Organic Matter (CDOM)
Exhaust gas scrubber wash water
Faecal Indicator (FI) monitoring
Assessment of bathing & shellfish waters
Filter bed management
Groundwater quality monitoring
Plant loading assessments from river abstractions
River pollution surveillance and investigative monitoring
Point source pollution surveys
Farm run-off detection and tracking
Groundwater quality monitoring
Combined Sewage Overflow (CSO) event detection
Bathing water quality monitoring