Synthetic leachate
Physicochemical analysis and formulation of a representative synthetic leachate
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The management of leachates from controlled landfills represents a major environmental and health issue. In this study, a synthetic leachate was developed from the characteristics of the real leachate from the Al Hoceima controlled landfill, to enable a controlled assessment of its properties. Characterization of the real leachate revealed high variability in its parameters, including an average COD of 19435.5 mg/L, a conductivity of 32933 µS/cm and high concentrations of ammonium (3184.5 mg/L), nitrite (383 mg/L), nitrate (1298.5 mg/L), and orthophosphate (143 mg/L).The synthetic leachate pr...
The management of leachates from controlled landfills represents a major environmental and health issue. In this study, a synthetic leachate was developed from the characteristics of the real leachate from the Al Hoceima controlled landfill, to enable a controlled assessment of its properties. Characterization of the real leachate revealed high variability in its parameters, including an average COD of 19435.5 mg/L, a conductivity of 32933 µS/cm and high concentrations of ammonium (3184.5 mg/L), nitrite (383 mg/L), nitrate (1298.5 mg/L), and orthophosphate (143 mg/L).The synthetic leachate produced showed a final COD of 19200 mg/L, an adjusted conductivity of 13,000 µS/cm, and concentrations of ammonium (2159 mg/L), nitrite (535.7 mg/L), and nitrate (1330 mg/L), in line with those of the real leachate. These results underline the suitability of this approach for faithfully reproducing the physico-chemical properties of real leachates. This work thus provides a solid basis for future experiments under controlled conditions, paving the way for research into treatment strategies adapted to local specificities.
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