TY - JOUR
T1 - A Chemical-Physical procedure to reduce levels of potentially toxix elements (PTEs) in municipal sewage sludges
AU - Baffi, Claudio
AU - Cella, Fabio
AU - Fumi, Ilaria
AU - Trevisan, Marco
PY - 2015
Y1 - 2015
N2 - The current waste policy in EU aims at reducing the amounts of sludges to be disposed in landfill, encouraging their energy reuse (e.g. energy source, fertilizers, etc.). In this perspective a reduction of potentially toxic elements (PTEs) and water is welcome, in view of a more sustainable reutilization of sludges, e.g. in agriculture. Aim of this work was to set up a chemical-physical procedure, named modified Fenton process (patent n° PC2012A000008 of 22/03/2012), which was able to improve the reduction of some PTEs (Zn, Ni, Cu, Pb, Cd and Cr) and water in municipal sewage sludges from anaerobic digestion, better than a conventional Fenton process, avoiding significant decreases of total organic carbon (TOC).
AB - The current waste policy in EU aims at reducing the amounts of sludges to be disposed in landfill, encouraging their energy reuse (e.g. energy source, fertilizers, etc.). In this perspective a reduction of potentially toxic elements (PTEs) and water is welcome, in view of a more sustainable reutilization of sludges, e.g. in agriculture. Aim of this work was to set up a chemical-physical procedure, named modified Fenton process (patent n° PC2012A000008 of 22/03/2012), which was able to improve the reduction of some PTEs (Zn, Ni, Cu, Pb, Cd and Cr) and water in municipal sewage sludges from anaerobic digestion, better than a conventional Fenton process, avoiding significant decreases of total organic carbon (TOC).
KW - Fenton reaction
KW - Sludge dewatering
KW - municipal sewage sludge
KW - potentially toxic elements
KW - Fenton reaction
KW - Sludge dewatering
KW - municipal sewage sludge
KW - potentially toxic elements
UR - http://hdl.handle.net/10807/70569
M3 - Article
SN - 2155-6202
SP - 1
EP - 5
JO - JOURNAL OF BIOFERTILIZERS & BIOPESTICIDES
JF - JOURNAL OF BIOFERTILIZERS & BIOPESTICIDES
ER -