The Aquaread range of interchangeable optical probes comprises advanced, solid-state sensors engineered for high-precision environmental water quality profiling. Operating on advanced optoelectronic principles such as dynamic luminescence quenching and sapphire-lensed fluorometry, these probes plug directly into auxiliary sockets on AP-Lite, AP-2000, AP-5000, AP-6000 and AP-7000 Aquaprobes. They are designed to deliver drift-free, real-time measurements in fresh, brackish, or marine waters without requiring sample flow.
Unlike traditional electrochemical sensors, Aquaread’s optical probes utilise highly stable optical excitation and emission paths, minimising calibration drift and eliminating consumable membranes or electrolytes.
Images for each show each parameter as it was added to clear fresh water to provide a clear indication of the appearance change for each.
Aquaread’s optical turbidity electrode delivers high-precision, in-situ clarity indexing across diverse water quality environments. Utilising an ISO 7027-compliant 860nm infrared nephelometric design, it eliminates ambient light interference for accurate suspended solids tracking. The rugged, sapphire-lensed sensor integrates seamlessly into modular Aquaprobes, offering optional motorised mechanical wiping when paired with advanced AP-6000 or AP-7000 platforms to prevent long-term, unattended field biofouling.
Aquaread’s optical chlorophyll electrode delivers precise, in-situ algal biomass indexing across diverse water quality applications. Utilising a high-sensitivity fluorometer design, the sensor excites photosynthetic pigments at 470nm to capture real-time chlorophyll-a concentrations. The rugged, sapphire-lensed electrode fits seamlessly into modular Aquaprobes, offering optional motorised mechanical wiping when paired with advanced AP-6000 or AP-7000 platforms to prevent long-term field biofouling.
Aquaread’s optical phycocyanin electrode delivers high-precision, in-situ blue-green algae indexing across vulnerable freshwater systems. Utilising a targeted fluorometer design, the sensor excites phycocyanin pigments at 610nm to track toxic cyanobacteria concentrations in real time. The rugged, sapphire-lensed electrode fits natively into modular Aquaprobes, offering optional motorised mechanical wiping when paired with advanced AP-6000 or AP-7000 platforms to prevent long-term field biofouling.
Aquaread’s optical phycoerythrin electrode delivers high-precision, in-situ marine blue-green algae tracking across coastal and estuarine networks. Utilising a targeted fluorometer design, the sensor excites phycoerythrin pigments at 525nm to map toxic marine cyanobacteria concentrations in real time. The rugged, sapphire-lensed electrode fits natively into modular Aquaprobes, offering optional motorised mechanical wiping when paired with advanced AP-6000 or AP-7000 platforms to prevent long-term field biofouling.
Aquaread’s optical rhodamine WT electrode delivers high-precision, in-situ tracer tracking across hydrological and structural flow studies. Utilising a high-sensitivity fluorometer design, the sensor excites rhodamine WT dye at 525nm to capture real-time concentration levels down to parts-per-billion metrics. The rugged, sapphire-lensed electrode fits natively into modular Aquaprobes, offering optional motorised mechanical wiping when paired with advanced AP-6000 or AP-7000 platforms to prevent long-term field biofouling.
Aquaread’s optical fluorescein dye electrode delivers high-precision, in-situ tracer tracking across hydrological tracing and leak detection networks. Utilising a high-sensitivity fluorometer design, the sensor excites fluorescein dye at 470nm to capture real-time concentration levels down to parts-per-billion metrics. The rugged, sapphire-lensed electrode fits natively into modular Aquaprobes, offering optional motorised mechanical wiping when paired with advanced AP-6000 or AP-7000 platforms to prevent long-term field biofouling.
Aquaread’s optical refined oil electrode delivers high-precision, in-situ hydrocarbon tracking across industrial and environmental monitoring networks. Utilising a high-sensitivity ultraviolet fluorometer design, the sensor excites aromatic hydrocarbons at 285nm to detect real-time petroleum and fuel contamination. The rugged, sapphire-lensed electrode fits natively into modular Aquaprobes, offering optional motorised mechanical wiping when paired with advanced AP-6000 or AP-7000 platforms to prevent long-term field biofouling.
Aquaread’s optical CDOM/FDOM electrode delivers high-precision, in-situ organic carbon tracking across diverse water quality networks. Utilising a high-sensitivity fluorometer design, the sensor excites dissolved organic matter at 365nm to track real-time humic and fulvic acid concentrations. The rugged, sapphire-lensed electrode fits natively into modular Aquaprobes, offering optional motorised mechanical wiping when paired with advanced AP-6000 or AP-7000 platforms to prevent long-term field biofouling.
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