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SeaOWL UV-A™ (Sea Oil-in-Water Locator)

SeaOWL UV-A™ (Sea Oil-in-Water Locator)
Sea-Bird Scientific introduces SeaOWL UV-ATM, a new in-situ oil-in-water sensor. Based-upon the highly successful WET Labs ECO sensor, Sea-Bird Scientific has developed an industry-leading oil-detection technology with 5X optical resolution improvement over its predecessor. SeaOWL UV-ATM measures crude oil-in-water using the same UV-A excitation and blue emission wavelengths (370 nm EX/ 460 nm EM) currently used in the ECO CDOM fluorometer. The SeaOWL UV-ATM improves the resolution and range of the ECO with a greater depth of field, optimized electronics and dynamic gain stage modulation. The new dynamic gain provides industry leading sensitivity across a large detection range making saturation unlikely in even the most heavily impacted environments. The compact SeaOWL UV-ATM design also includes chlorophyll fluorescence and 700 nm backscattering measurements to discriminate crude oil from phytoplankton and other natural sources of FDOM.
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Cycle PO4

Cycle PO4
The WET Labs CYCLE-PO4 in-situ dissolved phosphate analyser. CYCLE combines precision micro-fluidics with state-of-the-art optics to provide unparalleled precision and accuracy for in-situ nutrient monitoring. CYCLE brings standard wet chemistry techniques to the field and is designed to be an operational sensor providing the highest quality data day after day, deployment after deployment.
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WQM – Water Quality Monitor

WQM – Water Quality Monitor
The WQM incorporates WETLabs sensors and Seabird’s CTD sensors, providing, salinity,temperature, depth, dissolved oxygen, chlorophyll fluorescence, turbidity, and backscattering data. Anti-fouling features assure quality data in highly productive coastal waters. WQM provides a superior solution for today’s demanding ocean research applications.
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WETStar Fluorometer

WETStar Fluorometer
These miniature, low cost, low power optical instruments provide comparable performance to other available fluorometers at a fraction of their cost, power requirements, and size. WETStar employs a novel optical flow tube design that lends itself to both pumpthrough and flow-through operation. It is easily mated with existing CTD packages. For Phycoerythrin, Uranine (fluorescein)& Rhodamine, CDOM, Chlorophyll-a
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ECO VSF3 Triple Angle Triple Wavelength Backscatter

ECO VSF3  Triple Angle Triple Wavelength Backscatter
The angular distribution of scattered radiation in the backward hemisphere is important in the interpretation of remote sensing measurements, investigations of particle shape, and models of visibility in seawater. The ECO VSF 3 measures the optical scattering at three distinct angles: 100, 125, and 150 degrees, and at wavelengths of 470, 530, and 660 nm, thus providing the shape of the Volume Scattering Function (VSF) throughout the backscattering region.
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ECO VSF Three-angle Backscattering Meter

ECO VSF  Three-angle Backscattering Meter
The WETLabs VSF uses three transmitters coupled to a single receiver to obtain the angular distribution of scattered radiation in the backward hemisphere. VSF data is used in the interpretation of remote sensing measurements, investigations of particle shape, and models of visibility in water. The ECO-VSF measures the optical scattering at three distinct angles: 100, 125, and 150 degrees, providing the shape of the Volume Scattering Function (VSF) throughout the backscattering regio
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ECO Pucks™

ECO Pucks™
The WETLabs, ECO puck is a miniature version of the popular Environmental Characterization Optics (ECO) series instruments built for OEM applications These instruments incorporate a variety of options within a single basic design. The Puck is specifically designed for applications such as AUVs, gliders, and profiling floats, where space and power requirements are critical.
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ECO NTU Turbidity Sensor

ECO NTU Turbidity Sensor
ECO NTU sensor, offering unparalleled sensitivity of the ECO in an optical scattering measurement at 700 nm for determining turbidity. Turbidity measurement data that is not affected by CDOM concentration, unlike instruments that attempt to measure turbidity by using blue wavelengths.
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ECO FL Single Channel Fluorometer

ECO FL Single Channel Fluorometer
The Environmental Characterisation Optics (ECO) series of single channel fluorometers delivers both high resolution across Chlorophyll-a, CDOM, Uranine, Rhodamine, Phycoerythrin & Phycocyanin using 14 bit digital processing. The potted optics block results in long term stability of the instrument and the optional anti-biofouling technology delivers truly long term field measurements.
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ECO BB Spectral Backscatter Sensor

ECO BB Spectral Backscatter Sensor
The WET Labs, BB9 is a single-angle sensor for determination of optical backscattering. The ECO BB measures scattering at 117 degrees as a result, the signal measured is less determined by the type and size of the materials in the water, and is more directly correlated to the concentration of the materials. Conversely, the meter provides unparalleled accuracy, for any single-angle measurement, in determining the optical backscattering coefficient.
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ECO FLNTU Combined Fluorometer and Turbidity Sensor

ECO FLNTU Combined Fluorometer and Turbidity Sensor
The WETLabs FLNTU is a popular combination Chlorophyll Fluorometer and Turbidity Sensor and can be supplied with optional anti biofouling lens wiper.
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ECO BB9 Optical Backscatter Sensor

ECO BB9 Optical Backscatter Sensor
The ECO BB-9 can be customized with any of the ECO line of optical configurations. For example, scattering can be measured at seven wavelengths as well as CDOM and chlorophyll fluorescence. Further customization is possible by adding pressure and temperature sensors to provide a stand-alone profiling tool.
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