Chelsea Technologies Group has a range of fluorometers available to measure the fluorescence of algae, dyes and pollutants in the water. These measurements can be used for dye tracing studies, turbidity dredge monitoring, pollutant tracing, or estimating concentrations of phytoplankton and cyanobacteria (blue-green algae) for bloom predictions. The parameters measured include Chlorophyll, blue-green algae, dissolved organic matter, Rhodamine WT, Fluorescein, Uranine, Phycocyanin, Phycoerythrin, Optical Brighteners, Crude & Refined Hydrocarbons, CDOM, dyes and Tryptophan.
NEW - V-Lux Multi-parameter Fluorometer: Configured to provide high quality in situ detection of either Algae, Aromatic Hydrocarbons or Tryptophan-like fluorescence
UniLux Algae,Fluorometer: Low cost miniaturised, digital fluorometers to monitor Chlorophyll a, Phycoerythrin Cyanobacteria, Phycocyanin Cyanobacteria or turbidity.
UniLux Dye Tracing Fluorometer: Low cost miniaturised, digital fluorometers to monitor Rhodamine WT and Fluorescein/Uranine
TriLux Algae Fluorometer: Low cost multi-parameter digital fluorometers capable of monitoring three different parameters in a single probe (combinations of Chlorophyll a, Phycoerythrin, Phycocyanin and Turbidity)
UviLux Fluorometer: Digital in-situ & in-line UV fluorometers to monitor in real-time concentrations of refined & crude hydrocarbons, CDOM, Tryptophan-like fluorescence (TLF), BOD or Optical Brighteners.
AquaTracka III Fluorometer: The industry standard fluorometer enables real-time, highly sensitive, in-situ detection of Chlorophyll a, tracer dyes or turbidity
UV AquaTracka Fluorometer: The industry standard fluorometer enables highly sensitive real-time in-situ detection of crude or refined hydrocarbons (PAH) or CDOM.
Subsea Leak Detection: A range of new systems for rapid detection of leaks from subsea structures based on the industry standard CTG AquaTracka. These systems detect fluorescence of either hydrocarbon directly, or standard products with added fluorophors and have been optimised for minimal interference from turbidity.
Act2-based laboratory system: Act2 & the FastOcean FRR fluorometer can be combined to produce a highly automated system for probing oxygenic photosynthesis by phytoplankton
FastOcean APD System: Autonomous profiling system using synchronised ambient plus dark FastOcean multi-wavelength FRR fluorometers to estimate primary productivity.