Plant straw resources are rich, and the annual yield of crop straw is large. To reduce
environmental pollution caused by the burning of plant straw and realize maximum resource …

This review proposes an insight into the prospects of electrochemistry for the treatment of
highly concentrated effluents in three sections. The first section of this review presents an …

This study proposes a sustainable approach for hard-to-treat wastewater using sintered
activated carbon (SAC) both as an adsorption filter and as an electrode, allowing its …

Adsorptive separation technologies have proven to be effective on organic contaminant
removal in aqueous water. However, the breakthrough of contaminants is inevitable and can …

Persulfate-based advanced oxidation processes (PS-AOPs) using carbocatalysts exhibit
great potential for removing highly toxic organic pollutants from water. Nevertheless, the …

Abstract Electrochemical regeneration of Granular Activated Carbon is an emerging
treatment option to restore adsorption capacity in systems designed to remove organic …

Regeneration is required to restore the adsorption performance of activated carbon used as
an adsorbent in water purification. Conventional thermal and electrochemical regenerations …

Activated carbons (ACs) have been widely used in many aspects of production and life,
while a mass of used ACs are generated as hazardous wastes each year. Currently, waste …

Since 2016, the editors of Carbon have published a biennial Perspectives article where
selected topics are discussed regarding current developments in carbon material research …

Highly efficient oxidation, as non-thermal regeneration technology, is a promising method to
solve the regeneration problem of spent activated carbon (AC) in wastewater treatment. In …