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    Design and simulation,wastewater treatment plant, WWTP

     

    An enhanced version of BNRM1 (biological nutrients removal model nº1) has been incorporated into the WWTP simulator software known as DESASS (design and simulation of activated sludge) to make it easier to use...

     

    Read more: Design and simulation,wastewater treatment plant, WWTP

    Nutrient Removal

     

    This line of research focuses on the removal and recovery of biological nutrients (nitrogen and phosphorus) from wastewater...

     

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    Characterization and Calibration

     

    CALAGUA has developed methodologies to characterise the wastewater and organic matter generated by treatment processes, and to determine the kinetic and stoichiometric parameters of WWTP simulation models....

     

    Read more: Characterization and Calibration

    Membrane Bio-reactors

     

    Anaerobic membrane bio-reactor technology is an alternative to the traditional aerobic treatment of urban wastewater which reduces energy consumption and sludge generation....

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    Control and Optimization

     

    This line of research has developed a variety of algorithms and control systems for WWTP processes. CalAgua has focused on validating control algorithms at the pilot scale in order to improve and facilitate WWTP operations....

     

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    Priority Substances Analysis

     

    WWTPs are designed to remove organic matter, nitrogen and phosphorus, but not emerging pollutants or substances defined as priorities in the Water Framework Directive...

     

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    Microalgae

     

    The use of anaerobic membrane bio-reactors (AnRBM) for wastewater treatment enables organic matter to be transformed into biogas, and sludge production to be reduced..

    • THESIS AND MASTER THESIS
    • R+D PROJECTS
    • TRANSFER PROJECTS
    • PAPERS

     

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