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aquaculture water Applications

  • Ozone Water Treatment for Aquaculture

    Three reasons why ozone in aquaculture improves water quality and increase aquaculture productivity. As recirculating aquaculture systems (RAS) operate by reusing the fish tank water it is essential to control the water quality. Many studies show that treating RAS systems with ozone increases productivity as fish health and survival is increased.

    By Primozone Production AB based in Löddeköpinge, SWEDEN.

  • Biological Water Treatment for Aquaculture

    RK BioElements have over the years gained a very strong position in aquaculture, where experience shows that RK BioElements help to create optimum growth conditions with a healthier population, higher production and value added as a result.Danish know-how is world leading in aquaculture with recirculation, including biological water purification. Existing EU rules in the field are among others based on the results from the Danish model fish farms, most of which use RK BioElements in their recirculation systems....

    By RK Plast AS based in Skive, DENMARK.

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    Water monitoring equipment for Aquaculture industry

    Increase your yields while reducing costs at your growing operation. In-Situ’s easy-to-use equipment keeps your hatchery running smoothly, even in harsh conditions. Our solutions simplify aquaculture management, boosting efficiency through faster, more accurate monitoring.

    By In-Situ, Inc. based in Fort Collins, COLORADO (USA).

  • Water Technology for Aquaculture and Fish Farming

    This industry is suffering with several water quality challenges requiring sustainable aquaculture water treatment solutions to enhance fish health, and population yield while meeting environmental discharge regulations.

    By akvola Technologies GmbH based in Berlin, GERMANY.

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    Water treatment solutions for aquaculture industry

    The Aquaculture industry is one of the fastest growing segments in the agricultural industry accounting for over 1.13 billion dollars in the USA alone. However, this industry is suffering with several water quality challenges requiring sustainable aquaculture water treatment solutions to enhance fish health, and population yield while meeting environmental discharge regulations. The challenges facing aquaculture companies include emerging growth rates of specific bacteria and viruses, water usage, and environmental...

    By Genesis Water Technologies, Inc. based in Maitland, FLORIDA (USA).

  • Water quality monitoring for aquaculture industry

    A clean and pathogen free water source is essential to prevent infections from being introduced and spreading in a hatchery. Ultraviolet (UV) disinfection of water for inactivation of pathogens is recognized as a safe and effective method for use in the aquaculture industry. Continuous monitoring of water quality by measure of UV transmission (UVT) ensures the UV light is able to penetrate the water effectively and achieve the optimal dose.

    By Real Tech Inc. based in Whitby, ONTARIO (CANADA).

  • Water treatment solutions for the aquaculture & aquariums industry

    Water treatment in life support systems either in aquaculture or aquariums is fundamental for incoming water and recirculating water process. Our range of filters are designed in order to get the best water quality, controlling parameters such as: Suspended particles, toxic substances present in water, dissolved oxygen, pathogens and other microorganisms.

    By Poltank S.A.U. based in Sant Jaume de Llierca, SPAIN.

  • Microbial Solutions for Aquaculture

    Aquaculture is the fastest growing meat protein industry in the world. Microbial Discovery Group’s in-depth understanding of water quality, feed conversion, and disease prevention creates strong value-add partnerships. Similar to any other farming system, the aquaculture industry must confront environmental problems resulting from the industry’s intensification and commercialization. The need to produce and yield more tends to push these systems to the brink of failure. Success stems from...

    By Microbial Discovery Group (MDG) based in Franklin, WISCONSIN (USA).

  • Aquaculture UV Disinfection

    Ultraviolet disinfection systems in hatcheries, fish farms and aquariums have enabled operators to farm or keep greater yields of healthier stock. Water quality is key to commercial aquaculture operators. Poor water quality will have an impact on the ability to successfully hatch eggs, raise juvenile fish and grow strong, healthy stock, so naturally a large investment is made in water cleansing systems. Chemical methods, while effective at killing some water-borne microbes, can leave harmful by-products in the...

    By Alpha-Purify based in Woodford Halse, UNITED KINGDOM.

  • Underwater Robots for Aquaculture

    Over 40% of seafood is grown or cultivated artificially, which provides good quality and large quantity of protein for daily diet all over the world. Aquaculture is the alternate solution for majority populations, rather than wild capture. FIFISH underwater robots provide safe and efficient solutions for farmers to monitor their precious. Compared with the traditional methods, which divers take water sampling, underwater robots are safer and ready to go 24/7, with less maintenance and smuggle free. FIFISH is easy...

  • Ultraviolet disinfection system for aquaculture & pool & water park

    For UPVC UV sterilizer seriers for Aquaculture & swimming pool UV sterilizer system is the most reliable , effective and safe water disinfection method. The reasons are UV posses the fast reaction time, no chemical required and easy operation method compare with chlorination and other chemical disinfection method . The UV disinfection technology is growing dynamically and broadly used on water ,air and material surface throughout the world. Applications: *Industrial Wastewater and Reuse *Air condition Cooling...

    By Enfound Enterprise Co., Ltd. based in Taipei, TAIWAN.

  • Water Recirculation System for Fish Farming

    Research project where no chemicals are used in water treatment and water is only added to replace any evaporated water. The fish are grown in a tank with closed water circuit. The waste produced by fish are utilized by growing algae. The grown algae are returned for fish feed. Our method allows efficient and environmentally friendly fish farming that can be placed near the consumer.

    By Clewer OY based in Turku, FINLAND.

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    Water monitoring equipment for Fish hatchery support

    Boost your yields and cut costs through better risk mitigation. Continuous oxygen monitoring improves feed ratios, minimizes fish stress, and reduces fish disease and mortality.

    By In-Situ, Inc. based in Fort Collins, COLORADO (USA).

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    Water monitoring equipment for Fish pond management

    Improve your yields and control costs across your entire farm through automated oxygen monitoring and remote systems control. Continuous oxygen monitoring lets you fine-tune feed ratios to minimize fish stress, disease and mortality. Plus, save time and money with more efficient data collection and systems management.

    By In-Situ, Inc. based in Fort Collins, COLORADO (USA).

  • O2 Applications > Aquaculture - Oxygen supply for fish hatcheries

    Oxygen supply for fish hatchery and in particular: Broodstock units; Larval rearing units; Weaning units; Treatment for seawater wells; Biological filter of re-circulation systems; Ozone generation for water sterilization; Special Know-How & Services from NOXERIOR We at NOXERIOR are perfectly aware that oxygen is a variable cost for your hatchery operation. A reliable estimation of oxygen requirements and a correct dimensioning of an oxygen generation system from our OXYSWING® PSA oxygen generator...

    By Noxerior s.r.l. based in Grosseto, ITALY.

  • Aeration of Fish basins

    Salmonoids are especially demanding about water quality and high oxygen content. The oxygen concentration should be kept at least 5 mg/l throughout the year. This ensures good condition of fish and facilitates quick maturity without disturbances. Sufficient oxygen content near the basin bottom (2 mg/l) prevents leaching of nutrients and in particular phosphor into the water. Dissolved nutrients have a detrimental impact on water quality and – at worst – can cause growth of cyanobacterium. Furthermore,...

    By W-Rix Ltd based in Parainen, FINLAND.

  • Aeration of Crayfish Basins

    Crayfish is a very demanding species when it comes to the quality of water. One of the most important facts is the sufficient content of oxygen concentration in water. Actually the crayfish is just as demanding as salmonoids about oxygen content. During warmer seasons oxygen content of the water should be at least 5 mg/l (oxygen saturation at least 50 %). In the winter the crayfish can adapt to short periods with 2 – 3 mg/l content if all the other environmental conditions are favorable. Crayfish basins are...

    By W-Rix Ltd based in Parainen, FINLAND.

  • Laboratory equipments for total porosity

    Basic petrophysical parameters (porosity, BVI, FFI, CBW and T2 cutoff) are calculated automatically by the LithoMetrix software installed on every GeoSpec from two measurements – one on a cleaned and saturated core plug, the other on the same plug after it has been centrifuged to irreducible water saturation. Each time, the LithoMetrix software generates a pore size distribution, and from these two pore size distributions automatically calculates the basic parameters. The integrated area under the saturated...

    By Oxford Instruments plc based in Abingdon, UNITED KINGDOM.

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