The dewaterability of sludge from biological sewage treatment plants is extremely poor since
the highly hydrophilic biomacromolecules. This work developed a new polyferric sulfate …

This work presents an empirical and scaling-up study of the degradation and mineralization
of amoxicillin (AMX) from expired pharmaceutical formulations by O3-based processes. A …

This paper presents the Taguchi Method, a statistical design modelling for experiments
applied in environmental engineering. This method was applied to optimize the treatment …

La ozonización catalítica (OC) es una tecnología prometedora en términos de eficiencia y
costo energético como tratamiento de efluentes industriales que poseen contaminantes de …

This paper is focused on the influence of granulated activated carbon (GAC) and zeolite as
catalysts as well as influences of temperature and pH on the ozonation process. From …

Mn and Ce oxides impregnated granular activated carbons (MnCe-ACs) with ozone process
(MnCe-AC/O 3) are developed in this research for the treatment of landfill leachate. Most of …

Landfill leachate is one of the most important sources of toxic organic compounds for ground
and surface waters. Advanced oxidation processes can offer an effective and …

Featured Application The process proposed in this study could be an effective method for
the treatment of high-tech industrial wastewater to meet the new tetramethylammonium …

This study presents the results of a mature landfill leachate treated by a homogeneous
catalytic ozonation process with ions Fe2+ and Fe3+ at acidic pH. Quality assessments were …

abstract The aim of this work was to optimize the metal components of the Cu/Mg/Al–
chitosan catalyst for the treatment of a landfill leachate during a catalytic ozonation process …