Products
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CONTROS HydroFIA® TA
The CONTROS HydroFIA® TA is a flow through system for the determination of the total alkalinity in seawater. It can be used for continuous monitoring during surface water applications as well as for discrete sample measurements. The autonomous TA analyser can be easily integrated into existing automated measuring systems on voluntary observing ships (VOS) such as FerryBoxes.
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CONTROS HydroFIA pH
The CONTROS HydroFIA pH is a flow-through system for the determination of the pH value in saline solutions and ideally suited for measurements in seawater. The autonomous pH analyser can be used in the lab or easily integrated into existing automated measuring systems on e.g. voluntary observing ships (VOS).
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CONTROS HydroC CH₄ FT
The CONTROS HydroC CH₄ FT is a unique surface methane partial pressure sensor designed for flow through applications like pumped stationary systems (e.g. monitoring stations) or ship based underway systems (e.g. FerryBox). Fields of application include: Climate studies, methane hydrate studies, limnology, fresh water control, aquaculture / fish farming.
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CONTROS HydroC® CH₄
The CONTROS HydroC® CH₄ sensor is a unique subsea / underwater methane sensor for in-situ and online measurements of CH₄ partial pressure (p CH₄). The versatile CONTROS HydroC® CH₄ provides the perfect solution for the monitoring of background CH₄ concentrations and for longterm deployments.
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CONTROS HydroC® CO₂
The CONTROS HydroC® CO₂ sensor is a unique and versatile subsea / underwater carbon dioxide sensor for in-situ and online measurements of dissolved CO₂. The CONTROS HydroC® CO₂ is designed to be used on different platforms following different deployment schemes. Examples are moving platform installations, such as ROV / AUV, long-term deployments on seabed observatories, buoys and moorings as well as profiling applications using water-sampling rosettes.
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CONTROS HydroC® CO₂ FT
The CONTROS HydroC® CO₂ FT is a unique surface water carbon dioxide partial pressure sensor designed for underway (FerryBox) and lab applications. Fields of application include ocean acidification research, climate studies, air-sea gas exchange, limnology, fresh water control, aquaculture/fish farming, carbon capture and storage – monitoring, measurement and verification (CCS-MMV).
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Pocket FerryBox
The -4H- PocktFerryBox is designed for high-precision measurements of multiple water parameters and constituents. The compact and user-customized design in a portable case opens new perspectives of monitoring tasks. The possibilities range from stationary monitoring to position-controlled operation onboard small boats. The compact size and weight facilitates this mobile system to be easily carried to the measuring area. The system is designed for autonomous environmental monitoring and is operable with either a power supply unit or a battery.
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FerryBox
4H- FerryBox: autonomous, low-maintenance measuring system
The -4H- FerryBox is an autonomous, low-maintenance measuring system, which is designed for the continuous operation onboard ships, on measurement platforms and at river banks. The -4H- FerryBox as a fixed installed system provides the ideal basis for extensive and continuous long-term monitoring while maintenance efforts are kept to a minimum. The integrated automatic cleaning system ensures a high data availability.
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HSI-Fairy “Linghui” UAV-Mounted Hyperspectral Imaging System
HSI-Fairy “Linghui” UAV-mounted hyperspectral imaging system is a push-broom airborne hyperspectral imaging system developed based on a small rotor UAV. The system collects hyperspectral information of ground targets and synthesizes high-resolution spectral images through the UAV platform cruising in the air.
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UAV nearshore environment comprehensive sampling system
The UAV nearshore environmental comprehensive sampling system adopts the “UAV +” mode, which combines software and hardware. The hardware part uses independently controllable drones, descenders, samplers and other equipment, and the software part has fixed-point hovering, fixed-point sampling and other functions. It can solve the problems of low sampling efficiency and personal safety caused by the limitations of survey terrain, tide time, and physical strength of investigators in nearshore or coastal environmental survey tasks. This solution is not limited by factors such as terrain, and can accurately and quickly reach the target station to carry out surface sediment and seawater sampling, thereby greatly improving work efficiency and work quality, and can bring great convenience to intertidal zone surveys.
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Frankstar RNSS/ GNSS Wave Sensor
HIGH PRECISION WAVE DIRECTION WAVE MEASUREMENT SENSOR
RNSS wave sensor is a new generation of wave sensor independently developed by Frankstar Technology Group PTE LTD. It is embedded with a low-power wave data processing module, takes Radio Navigation Satellite System(RNSS) technology to measure the speed of objects, and obtains wave height, wave period, wave direction and other data through our own patented algorithm to achieve accurate measurement of waves.
