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Filtering by: Subject Sewage -- Purification -- Biological treatment -- Oregon -- Albany Remove constraint Subject: Sewage -- Purification -- Biological treatment -- Oregon -- Albany Decade 1960-1969 Remove constraint Decade: 1960-1969

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  • Treatment of activated sludge process effluent by carbon adsorption

    Creator:
    Davis, Stewart Lee
    Abstract:
    An evaluation of the service time of an activated carbon adsorption column and the organic carbon removal efficiency treating activated sludge process effluent was completed at aerator detention times of three, five, and ten hours. Parameters used for evaluation of treatment were biochemical oxygen demand, chemical oxygen demand, total organic...
    Resource Type:
    Masters Thesis
    Full Text:
    sewage was demon- strated by a combination of two processes; a biological treatment process and a

  • The effect of elevated pressure on the activated sludge process

    Creator:
    Godsil, Patrick James
    Abstract:
    A study of the effect of elevated pressure on the activated sludge waste treatment process is presented. The method of study involved a comparison of two laboratory, batch type, activated sludge units. One unit was operated at atmospheric pressure as a base control and the other operated at elevated pressures...
    Resource Type:
    Masters Thesis
    Full Text:
    - tion of settled sewage and seed material from an activated- sludge treatment plant and was acclimated

  • The effect of elevated pressure and high shear on oxygen uptake rates in activated sludge

    Creator:
    Streebin, Leale E.
    Abstract:
    The purification capacity of an activated sludge process is highly dependent of the rate of oxygen transfer from the air to the microorganisms. This rate can be increased in an air diffusion system by subjecting the culture to high shear and high pressure. A study of the effects of high...
    Resource Type:
    Masters Thesis
    Full Text:
    SHEAR Abstract approved The purification capacity of an activated sludge process is highly dependent