Wastewater Treatment in Antarctica
…anaerobic bioreactor, heated partially by thermal solar panels, where insoluble material is continually filtered. The bottom tank routes grey water to an aerobic bioreactor where sludge is aerated to aid…
…anaerobic bioreactor, heated partially by thermal solar panels, where insoluble material is continually filtered. The bottom tank routes grey water to an aerobic bioreactor where sludge is aerated to aid…
…more dissolved oxygen with aerators, feeding beneficial bacteria. Aerators also simultaneously mix the lagoon, which helps reduce sludge at the bottom, where odor-causing anaerobic bacteria thrive. It also is important…
…technologies found in Fluence’s Tipton packaged plants include screening, flow equalization, aeration, clarification, sludge digestion, and effluent disinfection. The resulting water is a high-quality, disinfected effluent. The microorganisms used to…
…bacteria use oxygen from the nitrate. The nitrate is broken into nitrogen gas, which is discharged to the atmosphere, and into oxygen, which induces further digestion of carbon-based organic contaminants…
…MABR modules are more efficient than other configurations. The membranes form an envelope of air that feeds aerobic digestion of the surrounding mixed liquor. A nitrifying biofilm that forms on…