Advanced chemical remediation strategies (advanced oxidation processes, AOPs) have
turned out as a feasible solution for the treatment of bio-refractory effluents, as in the case of …

The main goal of this review is to collect and analyze the recently published research
concerning the conventional and sustainable treatment processes for olive mill wastewater …

This study evaluates Alum sludge from drinking water treatment plants for the efficient and
cost-effective removal of phosphates from aqueous solutions. Extensive characterization …

Green chemists paid much more attention towards the alternative ways to reutilize waste
materials instead of its disposal in a non-ecofriendly manner. In this study, drinking-water …

Abstract The efficiency of Fenton/Fenton-like processes on the oxidation of organic matter
from real olive mill wastewater (OMW) is described. Tests were performed in lab-scale batch …

Drinking water treatment residuals (DWTR) are produced in very large quantities worldwide
and many applications are investigated to reuse this type of material for combined economic …

One of the ways to produce biodiesel is through fatty acid esterification via heterogeneous
catalysis. The water treatment plants in Manaus-Amazonas/Brazil produce about 20 tons of …

A huge amount of residue is released every year in agricultural and food industries. If this
waste is valorised properly, it would be very beneficial from both economic and …

Olive oil industry is concerned to make the whole production process environmentally
friendly, and this includes the treatment of the wastewater produced in the mills. In the …

Four different catalysts from drinking water treatment residuals (DWTR) were prepared via
impregnation in the iron nitrate, calcined at different temperatures ranged from 200° C to …