Leachate produced from hazardous waste landfills (HWLs) is toxic and contain high
concentration of refractory organics, ammoniacal-nitrogen, heavy metals, inorganic salts and …

The combination of the chemical coagulation-assisted electrocoagulation (CC-EC) process
with a solar photovoltaic energy source has attracted increasing attention for the efficient …

This study focuses on the treatment of a mature landfill leachate by coagulation and photo-
Fenton at different conditions. Optimal coagulation is carried out with ferric chloride in acid …

Electrocoagulation (EC) was investigated as a potential landfill leachate treatment
technique. EC was performed using a laboratory-scale 2L reactor, with aluminum …

Electrochemical treatment has emerged as a viable technology for the treatment of leachate
due to its efficient removal of ammonaical nitrogen and other recalcitrant organics. The main …

The integrated electrocoagulation-assisted adsorption (ECA) system with a solar
photovoltaic power supply has gained more attention as an effective approach for reduction …

The treatment of municipal solid waste leachate using electrocoagulation–flocculation with
metal electrodes: aluminium (Al) and iron (Fe) were investigated in this work. The feasibility …

Sanitary landfilling is the predominant process for solid urban waste disposal, but it
generates leachate that poses environmental, economic, and social concerns. Landfill …

The integration of electrocoagulation and electrooxidation process was employed to treat
residual organic pollutants, ammonia, and total phosphorus for bio-treated landfill leachate …

This research shows a detailed statistical study based on several scientific articles published
in the last few decades related to the electrocoagulation treatment of landfill leachate. The …