The work focused its attention to the possible environmental benefits associated to the reuse of residues (wood and substrate) of potted plants that are discarded from the nursery production chain. GHG emissions and fossil energy requirement were quantified by considering the CO2eq (CO2 equivalent) and the CER (cumulative energy requirement) respectively, in order to assess the environmental impacts of two different scenarios proposed for the materials recovery. Final results highlighted that the solutions which are able to recover the substrate and the wood allow impact reductions compared to landfill disposal. In particular, the scenario consisting in the immediate separation of the substrate from the root-plant system and the successive chipping of wood for energetic reuse, allows higher savings than those obtainable through shredding and subsequent wind separation.

Environmental benefits from the use of the residual biomass in nurseries / L.Recchia; D.Sarri; M.Rimediotti; P.Boncinelli; M.Vieri; E.Cini. - In: RESOURCES, CONSERVATION AND RECYCLING. - ISSN 0921-3449. - ELETTRONICO. - 81:(2013), pp. 31-31. [10.1016/j.resconrec.2013.09.010]

Environmental benefits from the use of the residual biomass in nurseries.

RECCHIA, LUCIA;SARRI, DANIELE;RIMEDIOTTI, MARCO;BONCINELLI, PAOLO;VIERI, MARCO;CINI, ENRICO
2013

Abstract

The work focused its attention to the possible environmental benefits associated to the reuse of residues (wood and substrate) of potted plants that are discarded from the nursery production chain. GHG emissions and fossil energy requirement were quantified by considering the CO2eq (CO2 equivalent) and the CER (cumulative energy requirement) respectively, in order to assess the environmental impacts of two different scenarios proposed for the materials recovery. Final results highlighted that the solutions which are able to recover the substrate and the wood allow impact reductions compared to landfill disposal. In particular, the scenario consisting in the immediate separation of the substrate from the root-plant system and the successive chipping of wood for energetic reuse, allows higher savings than those obtainable through shredding and subsequent wind separation.
2013
81
31
31
L.Recchia; D.Sarri; M.Rimediotti; P.Boncinelli; M.Vieri; E.Cini
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/830509
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