Analysis of Influent Characteristics for Optimizing the USTHB Wastewater Treatment Plant

Authors

Imene Bouchelkia
Laboratory of Matter’s Valorization and Recycling for Sustainable Development (VRMDD) USTHB
Oussama Koulougli
National School of Advanced Technologies, Place des Martyres 16000, Algiers, Algeria
Nassila Saba
Laboratory of Matter’s Valorization and Recycling for Sustainable Development (VRMDD) USTHB
Abchiche Hassina
Laboratory of Matter’s Valorization and Recycling for Sustainable Development (VRMDD) USTHB
Mounir Mellal
Laboratory of Matter’s Valorization and Recycling for Sustainable Development (VRMDD) USTHB
Souhila Kadem
Laboratory of Matter’s Valorization and Recycling for Sustainable Development (VRMDD) USTHB
Nadia Chekir
Laboratory of Matter’s Valorization and Recycling for Sustainable Development (VRMDD) USTHB
Sadjia Bertouche
Laboratory of Matter’s Valorization and Recycling for Sustainable Development (VRMDD) USTHB

Synopsis

The operation of wastewater treatment plants poses challenges for many communities, particularly in terms of costs and energy consumption. This study focuses on two main objectives: reducing nitrogen discharge and optimizing the energy consumption of the USTHB wastewater treatment plant. By combining advanced modeling and dynamic optimization techniques, we have identified effective strategies to improve wastewater treatment and highlight the impact of certain parameters on treatment infrastructure efficiency. The aim of our work is to provide concrete recommendations for enhancing the overall performance of the plant for more sustainable water resource management.

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Published
December 9, 2024