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Ocean

dominant expanse of a planet's liquid geography.

See Also: Sea, Wave, Water, Marine, Tide


Showing recent results 1 - 15 of 59 products found.

  • Ocean Surveyor

    Teledyne RD Instruments

    For decades, Teledyne RD Instruments has been the preeminent supplier of Acoustic Doppler Current Profiling (ADCP) instrumentation for open ocean applications. Teledyne RDI’s vessel-mounted Ocean Surveyor family of ADCPs continues to raise the bar, collecting detailed maps of the distribution of water currents and suspended materials through the water column and along the ship’s path - at depths and resolutions previously considered unattainable. In real time, the ADCP is also used to aid in situ decision-making, to adapt field operations, and to understand current regime characteristics.

  • Ocean Observer

    Teledyne RD Instruments

    Teledyne RD Instruments dominates current measurement for the offshore oil and gas sector with the OO, a field-proven instrument designed to facilitate exploration drilling, field development, and production.

  • Unmanned Ocean Robot

    Wave Glider - Liquid Robotics, Inc.

    Energy harvesting and propulsion are critical for unmanned ocean robots operating in the middle of the ocean. Our engineers answered these challenges with the Wave Glider. It delivers greater energy harvesting, additional propulsion, and new capabilities which expand the range of applications and solutions available to customers.

  • Ocean Surface Monitor

    Current Monitor™ - Rutter

    sigma S6 Current Monitor™ is a radar-based monitoring system that delivers ocean surface current data from moving stations and both current and bathymetry from fixed locations with high spatial resolution. This greatly improves the management of marine-based activities such as predicting oil slick drift patterns, enhancing navigational safety, and protecting vulnerable coastlines.

  • Ocean Observer III

    Teledyne RD Instruments

    Since 1997 Teledyne RD Instruments has been providing ADCPs that have proven in the field they can profile beyond 1000 m from research vessels traveling at speeds >15 knots and from offshore oil and gas platforms during exploration work. That same technology has now allowed us to create the Ocean Observer III 38 kHz ADCP. We have combined our field-proven 38 kHz phased array ADCP transducer with our field-proven electronics into a single package that is capable of profiling >1000m. This design makes it ideal to be mounted from an oil platform, over the side of a vessel, and in surface buoys.

  • Ocean and River Instruments

    RINKO W - JFE Advantech Co., Ltd.

    Rinko W is an autonomously deployable data logger for long-term DO measurements. In order to protect the sensing foil against accumulating bio-fouling, the instrument has a mechanical wiper to sweep the optical window. The optical sensor does not have a membrane neither electrolytes, thus, it need less maintenance than electrode or galvanic sensors.

  • Ocean and River Instruments

    RINKO III - JFE Advantech Co., Ltd.

    Rinko III is an analog version with the fast optical DO sensor and a temperature sensor. With an external 12 DCV power, the instrument seamlessly outputs the analog data (0 to 5V) of the sensors. Rinko III can be easily integrated on various platforms with an Impulse cable. By the fast response, the instrument provides high accurate DO data without restricting profile speeds.

  • Ocean and River Instruments

    RINKO EC (ARO-EC) - JFE Advantech Co., Ltd.

    Aquatic eddy covariance method is a powerful technique to measure benthic fluxes. The robust RINKO EC (model name: ARO-EC), as a new member of the RINKO series, is designed for aquatic eddy covariance measurements. The RINKO series is based on the optical (phosphorescence) principle which is now widely known as a remarkably fast response oxygen sensor with high accuracy. The response time of the RINKO EC oxygen sensing foil is less than 0.5 s (90%, from air to water at 25 °C). The foil life-time is more than 200 h, which enables at least 1 week of continuous measurements of dissolved oxygen. Moreover, the foil can be replaced easily by the user. Berg et al. (2016)*, after a detailed evaluation, concluded that RINKO EC is a reliable alternative for aquatic eddy covariance measurements of oxygen fluxes and its high data quality allows for new opportunities for eddy covariance flux studies, including long-term deployments in rivers, streams, and marine environments.

  • Ocean and River Instruments

    RINKO-FT (ARO-FT) - JFE Advantech Co., Ltd.

    The RINKO FT not only retains the fast response time identical to that of conventional RINKO series but also has greater accuracy and stability by incorporating high-quality multipoint calibration and improved sensing method. This instrument is primarily designed to target Argo float operations,however, its compact, lightweight, and commonly used communication protocol widen the choice of platforms for installation. The RINKO FT allows DO measurements with a high vertical resolution, which will contribute to the understanding new aspects of physical/biochemical processes.

  • Remote Ocean Sensing

    WERA - Helzel Messtechnik GmbH

    Modular system with flexibility to enable set-up in Compact or Array Type Antenna configurations. This enables us to find the best radar configuration for your specific application !

  • Real-Time Ocean Sensor Network

    Sofar

    Powered by the Sofar Spotter network: the largest real-time ocean sensor network in the world. Save on fuel and costs while leaving a smaller footprint on the planet.

  • OCEAN BOTTOM SEISMOMETERS (OBS)

    Güralp Systems Ltd

    Aquarius is a stand-alone free fall OBS with acoustic data telemetry for deployments at depths of up to 6000m for up to 18 months duration.The system is available in two variants depending on the application and required timescales between battery charge.Aquarius - for seismic research, when data transfer is needed only at the installation and at the recovery of the OBSAquarius+ - for seismic research and alert, when data transfer is required either on trigger, or on demand at any point during the deployment windowBoth systems are equipped with a digital feedback tri-axial broadband seismometer, operational at any angle and with a configurable long-period corner. A three-axis magnetometer and a MEMS accelerometer record the seismometer’s 3D position on the seabed for data rotation during post-processing.

  • Ocean State Monitoring System

    WaMoS® II - Rutter

    is a radar-based, wave and surface current monitoring system that delivers real-time measurements while a vessel is underway, providing germane data to the local operational area.  High definition images of wave fields combined with numerical data and intuitive graphical reporting keep the operator well-informed in assessing environmental risk and identifying safe operational windows.

  • High Resolution Ocean Data Collection

    Saildrone Inc.

    We provide high resolution ocean data collected by a fleet of sailing drones. MET ocean data collection, fish stock analysis and environmental monitoring.

  • HF Radar Ocean Wave / Current Monitor

    SeaSonde® - CODAR Ocean Sensors

    For automated, real-time surface current mapping and wave monitoring. The SeaSonde HF radar system by CODAR Ocean Sensors is your solution for making continuous, wide-area ocean observations. The SeaSonde will provide you with years of real-time data over large coverage areas, with ranges up to 200 km.

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