Treating water and wastewater is energy-intensive, and traditional methods that require
large amounts of chemicals are often still used. Electrocoagulation (EC), an electrochemical …

In wastewater treatment, conventional electrochemical technologies (ETs) suffer from
several limitations, including a low Faraday efficiency, high energy consumption, and poor …

The main problem of landfill leachate is its diverse composition comprising many persistent
organic pollutants which must be removed before being discharge into the environment …

The efficient treatment of leachate concentrate is a key issue in the application of membrane
technology to leachate treatment. Here a process coupling electrocoagulation with an …

One of the biggest issues in electrocoagulation (EC) water treatment processes is electrode
fouling, which can cause decreased coagulant production, increased ohmic resistance and …

Electrochemical oxidation by means of dimensionally stable anodes (Ti/RuO 2) was
executed for the simultaneous elimination of various pollutants (such as COD, phenol …

In this study, we present a sequential electrochemical process for integral treatment of
anaerobic sludge, combining for the first time electrochemical peroxidation (ECP) and …

Water is an indispensable resource for human activity and the environment. Industrial
activities generate vast quantities of wastewater that may be heavily polluted or contain toxic …

Electrocoagulation (EC) can be an efficient alternative to existing water and wastewater
treatment methods due to its eco-friendly nature, low footprint, and facile operation …

Cost-effective pretreatment of the highly concentrated and biorefractory coking wastewater
to improve biodegradability is of significant importance, while green electrochemical …