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 …

Wastewater treatment is achieved mainly through the regeneration of resources and energy
from wastewater, especially using pre-treatment technologies. In this study, coagulation pre …

The substantial presence of ammoniacal nitrogen (NH 3− N) in leachate has precipitated a
severe decline in aquatic ecosystems and poses considerable threats to human health. The …

An electrocoagulation treatment is implemented to eliminate the potential waste hazards
derived from excessive amounts of total dissolved solids (TDS) and total suspended solids …

The treatment of sanitary landfill leachate (LLe) is a complex and highly polluted wastewater
with variable composition and high organic and inorganic contents. Continuous flow …

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 …

A large amount of ammoniacal nitrogen wastewater discharged into the water body not only
causes eutrophication and black and offensive odor in water, but also increases the difficulty …

The production of ethanol biofuel using sugarcane as substrate generates vinasse as the
main wastewater from the fermentation–distillation process. The Brazilian legislation allows …

This paper presents the development and performance evaluation of a new pulsating
packed bed contactor designed for optimized diffusion-controlled liquid-liquid operations …

An electro-catalytic ozonation process with ZnO nano-granules as a catalyst (CFR-EC/O 3-
UV@ ZnO process) was developed to treat raw landfill leachate. LC-MS analysis was …