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Underwater Cleaning Product Applications
9 applications found
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Weda has been developing and marketing robots for underwater cleaning since the 1970s. The robots are based on strong and efficient pumps in combination with brush systems that release the sediment from the bottom and walls. ...
ByWeda Robotics based in Södertälje, SWEDEN
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Weda designs and develops underwater cleaning equipment for tanks and reservoirs in industries like Nuclear Power stations, glass works, steel works, pulp and paper facilities etc. Weda has delivered and installed cleaners in nuclear power plants, glass factories, fish farms, gypsum plants, pulp and paper mills and several other applications where there is a need for cleaning (sludge removal) without having to drain the water. ...
ByWeda Robotics based in Södertälje, SWEDEN
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The new Weda YT-5000 with a five (5) meter wide suction nozzler speeds up the cleaning process considerably. Estimated cleaning speed is up to 3000 sq. meters/hour. The cleaner removes efficiently bottom sedimentation (sand, algae etc.) from the bottom surface and pumps it to a selected discharge point (filter, waste ...
ByWeda Robotics based in Södertälje, SWEDEN
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Maintaining good water quality requires both effective water cleaning processes and effective underwater surface cleaning. Furthermore, effective surface cleaning means the amount of chlorine added to the water can be reduced. ...
ByWeda Robotics based in Södertälje, SWEDEN
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Weda has supplied underwater cleaners to nuclear plants for more than 40 years. Weda has also been collaborating with Westinghouse since 2008, one of the leading suppliers of equipment for the nuclear industry. ...
ByWeda Robotics based in Södertälje, SWEDEN
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Our priority is to offer and maintain an environmentally friendly and sustainable solution for the environment, nature and marine life. A non-invasive cleaning solution (sediment removal) that does not affect the health or environment of the fish is a key priority for sustainable fish farming. Weda´s robots offer this solution without having to empty their tanks and without staff having to stay in the fish's ...
ByWeda Robotics based in Södertälje, SWEDEN
There is no better tool than our submarine drones for the routine inspection of your nets or cages, for feeding control or underwater lights, for net cleaning, species monitoring, the control of different processes or the solution of mort lift problems. ...
ByNido Robotics based in Murcia, SPAIN
After immersion, oil and gas are structures are colonized by marine organisms (anemones, mussels, sponges, and algae) that grow on the structure itself (biofouling). With submerged structures that have been decades in the water, biofouling becomes a problem when decommissioning obsolete oil- and gas-structures (biofouling can make up to 10-12% of the weight of the structure being removed). Owners of oil and gas installations are required to discontinue their offshore infrastructure at the end of the field's ...
ByBravo Marine AS based in Haugesund, NORWAY
Wind farms with floating wind turbines (FWT) will be installed at depths between 50m to 100m. In these depths, the structures, mooring lines and power cables are colonized by biofouling and will therefore affect the mass and hydrodynamic properties of the ...
ByBravo Marine AS based in Haugesund, NORWAY