PRATI ARMATI®: a natural technology to contrast erosion and desertification
RFI Rete Ferroviaria Italiana:
Tecniche tradizionali di consolidamento del versante abbinate alla protezione antierosiva mediante specie erbacee a radicazione profonda.
La S.V. è invitata al Convegno:
Linea Cantalupo – Cavallermaggiore Tratta Alba Bra –
Interventi di prevenzione del dissesto idrogeologico del versante di S. Vittoria d’Alba –
“Tecniche tradizionali di consolidamento del versante abbinate alla protezione antierosiva
mediante specie erbacee a radicazione profonda”
che si terrà giovedì 14 settembre 2017 ore 14.30 presso la DTP di Torino – Sala “Palmeri” – via Paolo Sacchi, 3 10125 Torino.
La partecipazione al convegno darà titolo al riconoscimento di 3 crediti formativi professionali.
Si invia in allegato il programma. E’ gradita una conferma di partecipazione.
Chi fosse interessato ad ottenere i crediti formativi è tenuto ad inviare la richiesta d’iscrizione al suddetto corso, ai seguenti indirizzi mail: L.Borgis@rfi.it ; R.NIGLIO@rfi.it , indicando il proprio Nome e Cognome – Codice Fiscale – n° di Iscrizione Ord. Ing. – Ordine di appartenenza,.
Cordiali saluti
Raffaele Niglio
Rete Ferroviaria Italiana S.p.A.
Direzione Territoriale Produzione Torino
S.O. Ingegneria
Rep. Patrimonio Espropri Attraversamenti
011-6652341 – FS (959) 22341
313 80 47 409
011-6651370 – FS (959) 21370
r.niglio@rfi.it
Via P. Sacchi, 3 – 10125 – TORINO
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clik on the botton below to open the article (PDF) – surce www.silvae.it
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I PRATI ARMATI® in Africa_____________________
PRATI ARMATI ®Exergy Life Cycle Assessmentof soil erosion remediation technologies:an Italian case study – Politecnico of Milano
Politecnico di Milano, Department of Energy, Milan, ItalyIn this work, the primary resources assessment of four different soil erosion remediation technologies, Geo-nets, Bio-mats, Geo-cells and Deep Rooting Plants (DRP), is performed applying the approach of the Exergy Life Cycle Assessment (ELCA). The ELCA provides a comprehensive framework to assess the primary resources requirements of products by means of the conversion of primary flows of energy and raw materials absorbed by a production process into exergy. The soil erosion technologies described in the work are analysed according to two complementary indicators: the annual average soil loss and the life cycle primary exergy requirements. The primary exergy requirement of the different applications is measured by means of three ELCA indicators: the Cumulative Exergy Demand (CExD), the Thermo-Ecological Cost (TEC) and the Cumulative Exergy Extraction from Natural Environment (CEENE). The specific context of the application is a highway slope of the size of 1 hectare situated along the A1 highway, near the town of Fabro (TR), in Italy. The results indicate that DRPs are the most suitable solutions. However, TEC, CExD and CEENE indexes of these technologies suggest the existence of hidden impacts related to land use. The same result characterises also Bio-mats, the technology with the highest contribution of renewable material along the life cycle phases. In conclusion, this work shows that the use of exergy based impact indexes for the environmental impact assessment supplies a wider framework and deeper insights of the environmental performance of production processes and products. © 2015 Elsevier Ltd. All rights reserved. ___________________________________________________________________ PRATI ARMATI®Italy – ANAS – Southern Italy: sandy clay soilMotorway A3 Salerno – Reggio Calabria
Click here to open the documentClick here to open the documentPRATI ARMATI®EROSION CONTROL
EROSION CONTROL. According to the SPENDING REVIEW principles, PRATI ARMATI® technology offers:Prati Armati Srl is a Company that developed an innovative green technology called PRATI ARMATI® used to contrast erosion on slopes, embankments of roads, highways and railways, banks of rivers and water ways, and for recovery and re-naturalization of degraded areas such as quarries, mines and landfills. The Company co-operates for many years with research Organizations in geotechnical, geological, botanical and agronomic fields. EROSION CONTROL. PRATI ARMATI® technology:
Materials per hectare needed for an antierosion installation. On the left in red traditional interventions: more than 1300 tons of materials (topsoil + geocells or geonets or similar + seed + fertilizer. On the right in green: interventions with deep rooting grasses: only 12 tons (water, seeds, fertilizers).
EROSION CONTROLPRATI ARMATI® is a natural technology that:
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— Claudio Zarotti