Water contamination with persistent organic pollutants is one of the great engineering
challenges of this century. Development of technologies to completely remove these …

The iron-catalyzed disproportionation of H2O2 has been investigated for over a century, as
has been its ability to induce the oxidation of other species present in the system (Fenton …

Solar photo-Fenton and solar TiO 2 photocatalysis processes were investigated for
degradation of pesticides from real industrial wastewater. Chlorpyrifos, lambda-cyhalothrin …

A new approach of electro-Fenton modelling is proposed with phenol (PH) as a target
contaminant. Five representative steps involved in the process have been considered:(i) H 2 …

The treatment of distillery industrial effluent by means various combinations of
electrocoagulation with Advanced Oxidation Processes (AOPs) such as ozonation …

A novel Ag-doped ZnO nanoparticle with different amount of multi-walled carbon nano tubes
(MWCNTs) was developed, aiming to shift the band edge toward longer wavelength. New …

Greywater (GW) represents a viable candidate in adapting to increased water scarcity due to
climate change because its reuse can significantly reduce domestic water consumption. This …

The chemical process scale-up, from lab studies to industrial production, is challenging and
requires deep knowledge of the kinetic model and the reactions that take place in the …

Phenol was degraded with phosphoric acid modified kaolin clay supported ferric-oxalate
catalyst (AMKC). The degradation was achieved without initial pH adjustments to avoid the …

While the electron-shuttling properties of (hydro) quinones can facilitate the redox cycling of
iron species (Fe 2+ and Fe 3+), the impact of in situ formed (hydro) quinones from …