Low head oxygenation (LHO)<\/p>\n\n\n\n
Technique:
One of the most efficient techniques to oxygenate water. The water flows through a perforated plate, and is devided over several chambers in whoch oxygenation takes place. The oxygen saturation range is 150-200%.<\/p>\n\n\n\n
Characteristics:
–\tcapacity 200-300 m3\/hour
–\tsimply robuste device
–\tlow energy consumption <\/p>\n\n\n\n
Application:
Technique for oxygenation in aquaculture
NEW: Membrane flow filtrationTechnique
New technique that uses adsorption forces to separate water purifying bacteria from cleaned water without the use of polymers. The technique uses membrane modules. The modules are placed under a specific angle in order to transport the bacteria down from the membrane. The cleaned effluent can be treated by a polishing treatment depending on the application. The modules can be taken out for inspection. The membranes are periodically cleaned with spraying water to prevent biofouling. <\/p>\n\n\n\n
Characteristics:
–\tcapacity 5-20 m3\/hour
–\tsimple device with easyt maintenance
–\tlow energy consumption
–\t70% less polymer costs compared to conventional technique<\/p>\n\n\n\n
Application
–\tbiological water treatment
–\tdenitrification systems for aquaculture
–\tsludge dewatering
–\treduce polymer cost up to 70% on DAF systems <\/p>\n","protected":false},"excerpt":{"rendered":"
Low head oxygenation (LHO) Technique:One of the most efficient techniques to oxygenate water. The water flows through a perforated plate, and is devided over several chambers in whoch oxygenation takes place. The oxygen saturation range is 150-200%. Characteristics:– capacity 200-300 m3\/hour– simply robuste device– low energy consumption Application:Technique for oxygenation in aquacultureNEW: Membrane flow filtrationTechniqueNew … <\/p>\n