Hatchery Equipment Articles

  • Case study - Philosofish by Bitsakos, Greece

    Philosofish by Bitsakos is one of our European customers who has recently managed to double its yearly proceeds. The secret to this success: a thorough professionalization of their entire operations, funded with new working capital. By expanding the hatchery and redesigning its set-up for a more controlled way of working, Philosofish by Bitsakos can now produce more and stronger fry. The ...


    By Inve Aquaculture

  • Case study - Peixe Vivo, Brazil

    Seeing the rapid surge of tilapia farming in the Santa Fé do Sul region in Brazil, Emerson Esteves recognized the need to produce high quality PL to support business activity in the area. He founded Peixe Vivo: a medium-scale hatchery specialized in tilapia. A close eye for detail, controlled hygiene and temperature conditions and a thorough perfection of feeding technologies led him to ...


    By Inve Aquaculture

  • Monitoring Ozone (in the air) in Hatchery & Fish Farm Ozone Injection Systems

    Hatcheries, fish farms and such in the aquaculture industry require clean water to maintain a high survival rate while rearing aquatic animals. Contaminated water increases the risk of infection which in turn can compromise production. A common way to disinfect water is by generating ozone on-site with an ozone generator, which is commonly inside an ozone generator room. For human safety, ...

  • The Use of Ozone as a Disinfectant in Fish Hatcheries and Fish Farms

    The ever increasing load on the environment calls for more intensive measures to maintain the natural equilibrium. This is especially the case when it comes to the different life forms in rivers and lakes. In order to maintain indigenous fish populations it has become necessary in many countries to introduce stocking programs for coarse fish in addition to the ever increasing activities involving ...

  • Hatchery- Grieg Seafood, Canada

    Installed in November 2004 Scope of supply: Three systems, Photon PMD320K6/10, including automatic quartz cleaning system. Duty/ Standby operation. Challenge: The main target organism is Furunculosis (Ameromonas Salmonicida). Total Flow: 900 m3/h Transmittance: 88% in a 10 mm cell Background The threat of disease is one of greatest dangers to a ...

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