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    Aquaculture

    Sensors and complete systems for monitoring in aquaculture
    Aanderaa offers real- time environmental monitoring system for aquaculture. The information is used by aquaculture farms to plan and adjust feeding and thereby avoid feed spillage. By monitoring the conditions our customers operate more efficient and save money on feed.

    Aanderaa standard systems monitor current speed, current direction, water temperatures, salinity, turbidity and oxygen inside and outside the cage.

    Real-time data to the feeding system is optimizing the feeding process and thereby saves cost as well as save the environment.

    The systems have low maintenance cost since the sensors will be stable over very long periods without any recalibration.

    Optional sensors may measure, pH chlorophyll, wave, tide as well as other parameters.

    Aanderaa do offer instrumentation for the purpose of surveying site locations. With the survey instrumentation an easy to use software package comes that makes report of current profiles, waves, oxygen, salinity and temperatures.

    Coastal Research

    Aanderaa's coastal reserach offering includes a variety of shallow water sensors and instruments to be deployed either real-time or autonomous.
    In coastal research Aanderaa offers reliable, compact, low power consuming and user-friendly sensors and systems measuring a wide range of parameters at the highest quality. We offer "Smart Sensors" to measure Currents, Oxygen, Conductivity/Salinity/Density, Wave/Tide, Vented Wave/Tide and Pressure. All smart sensors have in-built high quality temperature sensors and deliver absolute readings.

    The sensors can be connected directly to a PC or to a third party data logger using serial communication. Sensors can also be "plug-and-play" connected to a sensor network using an Aanderaa developed CAN-bus communication called AiCaP.

    SeaGuard II DCP is our multisensor current profiler specially adapted for coastal research. SeaGuard platform is the logger unit for all other parameters. SeaGuard underwater loggers can host more than 20 smart sensor, placed in e.g. up to 300 m long sensor stings, as well as 4 analog sensors (e.g. for Turbidity, Chlorophyll, PAR, Cyanobateria). SmartGuard land and buoy based loggers opens additional possibilities for integration of meteorological and third part sensors.

    RCM Blue is an easy to use instrument with Bluetooth communication for set-up and data download and is dedicated to measure currents and optional pressure at the highest quality to an affordable price.

    We have modern reliable technology for on-line communication and years of experience in offering real time solutions.

    Aanderaa has from the very beginning been known for its capability of supplying complex system solutions – often with a combination of submersible sensors and sensors in air, real time transfer of data via radio, GPRS or satellite and the data displayed on a single screen or via a web server.

    The sensor platform may be a submersible data logger, a Current Meter or a Data Buoy on the surface.

    The SmartGuard data logger is a versatile data logger that combines data from submersible sensors as well as sensors on land. The logger accepts different data formats from Aanderaa sensors as well as from sensors made by other suppliers.

    FerryBox

    Aanderaa SOOGuard provides an on-board solution to shipbourne data collection.
    The Aanderaa version of Ferrybox named SOOGuard consists of an automated package of different sensors designed for long-term installation on a ship of opportunity. Measurements of environmental parameters in the surface water along its transect are collected and may be transmitted in near real time.

    The system offers easy maintenance and flexibility to collect data from a ship of opportunity. It is based around a 10 bar pressure housing for water flow and measurements. Embedded sensors are connected to our SmartGuard data collection platform for data logging and telemetry.

    The standard parameters being measured are:

    Conductivity
    Dissolved Oxygen
    Chlorophyll
    Water flow

    GPS data from the ship may be collected by the SmartGuard data logger. Some additional water parameters available from the ship (meteorological data etc.) can also be collected by the data logger. Real-time data transmission is possible depending on the ship's capabilities.

    Optional parameters to measure:

    CDOM
    pH
    Turbidity
    GPS
    Different digital and analog sensors from other sensor suppliers
    Other parameters on demand

     

    Harbour monitoring

    Safe Navigation – Efficient Port

    Systems for ports and sailing fairways
    Systems designed to monitor the traffic conditions into ports and on sailing fairways.

    Real Time Hyd/Met Systems Systems from Aanderaa as stand-alone system or integrated to existing systems? The choice is yours we have the solutions.

    Wind and current conditions real time made available over internet, AIS or integrated in VTS solutions to Harbor pilots, Ship bridges, VTS operators, Harbour Authorities and other public and governmental departments.

    Storage of historical data Need to look at data from a particular time window? Now you can have it all stored locally and just clicks away on your computer.

    Systems may include sensors and equipment such as:

    Metorological measurements

    Wind
    Air temprature
    Air pressure
    Visibility
    Precipitation
    Relative humidity
    Oceanographic measurements

    Current speed & direction in many layers
    Water level
    Significant wave hight
    Wide range of parameters available
    Sensors

    Vented tide sensor
    Oxygen sensor
    Pressure sensors
    Doppler current sensor (DCS)
    Temperature sensor
    Turbidity sensor
    Data buoy

    Wind
    Air temperature
    Air Pressure
    Visibility
    Precipitation
    Relative humidity
    SmartGuard datalogger

    LAN, serial and USB via cable, AIS, VHF, GPRS
    Aanderaa sensors
    Most 3rd party sensors
    Metadata stored and transmitted allowing full tracebility
    Safe Navigation

    Current speed and direction in multiple depths from surface to seabed.
    Continuous monitoring of vital parameters at sea and in air.
    Real-time sea and air parameters are distributed by the AIS system.
    Secure docking and improved cargo handling.
    All information available in one real-time web display application.
    Environmental Monitoring

    Sediment movement and dredging planning.
    Monitor ocean health and oxygen concentration.
    Expandable platform for additional environmental parameters.
    Data stored in SQL database for further analysis.
    Dynamic tracking of oil spill pollution.
    Critical information to stakeholders after natural disasters or accidents at sea.
    Improve Port Efficiency

    Provide Harbour Master with a complete real-time overview of conditions affecting traffic.
    Historical data is valuable for research, science discharge permitting.
    Full control of vital parameters when loading/unloading to achieve max efficiency.
    Lower insurance cost against environmental, docking and operation damage.
    Proof and documentation in insurance claims.

    Oceanography

    Aanderaa products have been used in the oceanographic research markets for more than 50 years.
    Aanderaa products have plaid important roles within the oceanographic community since 1966. The Aanderaa Current Meters were from the beginning known for their reliability and were early considered as "the standard" when it came to current measurements.

    Over the years the oceanographic product portfolios have undergone an evolution and the range of products have been broadened substantially. Today the oceanographic products are utilizing the newest technology comprising, among others, the most powerful microcontrollers and digital signal processors. Advanced software solutions and powerful processors are utilized in the data loggers, and XML– and modern Bus technology give safe and fast data transfer. Sensors are utilizing the most advanced multi-frequency acoustic technology as well as optical technology.

    Aanderaa instruments and sensors are used world-wide within oceanography, by surveyors, within hydrography and by oceanographic – and climate researchers and many others.

    The most important product areas are:

    Current meters
    Current Profilers
    Submersible sensors comprising:
    Wave- and tide sensors
    Dissolved Oxygen
    Salinity
    Temperature
    Sensor strings with data loggers
    Ocean Observotories

    Aanderaa products have been used for environmental research, oceanographic research, hydrographic monitoring, river and lake research, as well as climate research for many years.

    Our Seaguard platform and expanding line-up of smart sensors may be used either as a self-recording instrument, or as a real-time Met-Ocean observing network. This versatility is available without the extra cost associated with a custom solution.

    AADI systems for the environmental research communities include Seaguard RCM/CTD, Recording Doppler Current Profiler, automatic weather stations, wave and tide stations and buoy systems. Stand-alone sensors are available for measuring parameters such as conductivity, temperature, pressure, oxygen, wave and tide, currents and water level.

    Oil Spill Recovery
    For mechanical oil spill recovery AADI offers a complete real-time system, proving the oil boom speed through water.
    The Aanderaa Doppler Log System is a complete real-time system designed to make mechanical oil spill recovery more efficient. The system is monitoring the boom's true speed through water and ensures that the oil boom is operated at the optimal speed. The information is displayed on a screen on the ship's bridge, and the display is made so that the correct information is easily understood by just looking at the screen "at a glance". The system ensures correct build-up of oil in the boom and gives efficient and secure collection of oil.

    Features:

    Acoustic Doppler measurement for speed through water
    Software to display and store data
    Wireless data communication
    Rugged construction
    Easily installed
    Battery powered for 7 days continuous operation

    If the oil boom is towed too fast through the water the oil will escape underneath the boom or the oil boom and other recovery equipment may be damaged. Therefore it is vital to know the true speed of the boom through water in order to operate the various oil booms within the manufacturers' specifications.

    To operate mechanical recovery systems in low visibility, complete darkness and high wave conditions are a challenge. The Aanderaa oil boom Doppler Log System allow for safe operation.

    Offshore Installatio

    Aanderaa instrumentation has offered high quality information to improve the safety of the offshore operations for more than 40 years.
    Environmental Monitoring Systems
    Aanderaa is a leading player in the collection and transmission of environmental information. Accurate measurements improve environmental impact assessment and the preparation of contingency plans, operational models and forecasts, wherever offshore activities are conducted. Our user defined Met-Ocean instrument platforms offer a smart and flexible observation system without the huge cost of a custom solution.

    Aanderaa systems for offshore includes SEAGUARD®, RDCP, oil boom Doppler log, weather stations, wave and tide stations and buoy systems. Data from our equipment can be displayed over AIS, internet or to be integrated into other systems.

    Crane Systems
    Since the 1970's Aanderaa has offered crane load monitoring and safety systems through the MIPEG brand. It has become an industry standard for offshore crane load monitoring and safety systems. Being engineered together with more than 40 international crane manufacturers, the MIPEG systems are used by more than 170 operators worldwide. The systems are currently in use on more than 2000 offshore installations.

    Systems from Aanderaa can be used in a variety of operations such as:

    • Windmill parks
    • Oilrigs
    • Buoys
    • Barges

     

     

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    Oxygen Optodes

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    The AADI Oxygen optode was the first and only to measure dissolved oxygen for years without drift - now it is one of the fastest! The Oxygen optode is designed to measure absolute oxygen concentration and % saturation. The optode can be used from streams to deep sea, from fish farms to waste water and from polar ice areas to hydrothermal vents. The lifetime-based luminescence quenching principle offers the following benefits: Response time <8 sec (63%) High accuracy Not stirring sensitive (it consumes no oxygen) Lower fouling sensitivity Measures absolute oxygen concentrations without repeated calibrations Better long-term stability Hot water monitoring Less affected by pressure Not sensitive to H2S Not freezing sensitive

    Pressure Sensor

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    Aanderaa pressure sensors are compact, intelligent pressure sensors designed for use on Aanderaa Data Instruments dataloggers as well as in other measuring systems. The sensors are based on a silicon piezoresistive bridge sampled and temperature compensated by an advanced Digital Signal Processor. Since all calibration and temperature compensation data is stored internally,pressure can be presented directly in engineering units without any external calculation. The range on both SR10 outputs is user configurable, i.e. confine the range to get optimal resolution. The sensor is also available in a vented version. This means that the sensor is automatically compensated for air pressure. This is done by use of a compensating unit placed in air and an air-pipe in the cable between the sensor and compensating unit.

    RCM Blue

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    A new self-recording dedicated current meter with Bluetooth for communications and data retrieval - now with the possibility to integrate a pressure sensor! The RCM Blue is a self-recording Current Meter which also measures water temperature in salt or fresh water, and a battery container with battery capacity up to 70Ah. . The Doppler Current Sensor is an upgraded version of the proven SeaGuard ZPulse sensor. The instrument configuration and data retrieval is done via Bluetooth which eliminates the need to open the pressure case for repeated deployments. RCM Blue has now been upgraded with the possibility to integrate a pressure sensor with a 0,01% accuracy. This simplifies your work significantly as you will know exactly where you are in the water column.

    Real-Time Communication System

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    The Aanderaa Real-Time Communication System is designed to provide our customers and system integrators with powerful and efficient tools for data collection and control of our latest generation oceanographic instruments. The Aanderaa Real-Time enabled devices like the Seaguard® Platform, and the Aanderaa smart sensors form the basis of this system. All Aanderaa Real-time system use XML to carry the information. The XML message is transmitted in an envelope that provides information for error detection and retransmit mechanisms. Aanderaa Real-Time Collector is an application that connects to the Aanderaa Real-Time enabled devices. Aanderaa Real-time Collector receives transmitted data and provides a powerful interface for easy and efficient access to the data from higher level applications like display programs, databases etc. Supports connection to multiple devices (instruments and sensors). Provides multiple clients with data from any of the connected devices. Converts old Aanderaa and 3rd party one-line based sensor formats to the Real-Time Output XML format. Built-in control panel to control and configure devices that support the Real-Time Control protocol.

    SeaGuard Platform

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    SeaGuard Recorder platforms provides the user with the possibility to perform long term monitoring of sea and inland water using the latest technology for measurement. SeaGuard Platform SW - 300m SeaGuard Platform IW - 3000m SeaGuard Platform DW - 6000m It employs AADI sensors known for their long term calibration stability and unique non-stirring sensitive construction. The user may select between a wide range of framing and deployment features, real-time communication facilities and storage capabilities.

    SmartGuard

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    The next generation sensor and instrument HUB for Ocean, Lake, Reservoir, Estuary and River Hydrometric stations. Monitoring water and weather conditions is essential in many operations and the SmartGuard node is well suited for stand-alone stations powered by battery and solar power utilizing wireless real-time data communication. Designed for ease of integration of new and existing sensor technologies into a single Aanderaa observatory node with modern self-describing XML data output formats. SmartGuard interfaces with all Aanderaa atmospheric and in water sensors, along with most 3rd party sensors.

    Temperature Sensor

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    Aanderaa temperature sensors are compact, intelligent temperature sensors designed for use on Aanderaa Data Instruments Dataloggers and as stand-alone units. A compact fully integrated sensor for measuring the water temperature. The sensor is designed to be mounted on Aanderaa Recording Instruments and Dataloggers. The sensor can also be used as stand alone, and is easily integrated in other measurement systems with third party dataloggers.

    Tide Sensor

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    The Aanderaa Tide sensors are compact fully integrated sensor for measuring the tide conditions. Tide Sensors 5217/5217R are compact fully integrated sensors for measuring the tide conditions. The sensor is designed to be mounted on the Aanderaa multiparameter SeaGuard® Platform or via cable connected to SmartGuard datalogger. The standard version has AiCaP CANbus and RS-232 output. R-version has RS-422 output for longer cable length. The sensor is also available in a vented version. This means that the sensor is automatically compensated for air pressure. This is done by use of a compensating unit placed in air and an air-pipe in the cable between the sensor and compensating unit. The sensor application areas are in fixed installations, either deployed in a seabed installation in shallow waters, or mounted onto a fixed structure in the upper water column. Typical applications for the sensor are measurements of tide in ports and harbors, marine operations, weather forecast, and climate studies.