Identifying sustainable remediation technologies means foreseeing the use of technologies with low environmental impact, the use of renewable energy sources and the use of environmentally friendly materials, involving the use of biological or other methods, like innovative technologies that reduce the need for excavation and earthmoving. Safety at work is a fundamental component of social sustainability, as it involves the protection of workers and communities from any negative impacts arising from the working environment. It doesn't just affect workers directly involved, but also the surrounding community. Accidents or pollution resulting from unsafe practices at work can have a negative impact on health and on the surrounding environment. Therefore, ensuring workplace safety is a form of social responsibility towards local communities. The Inail Bric 2019 - ID 52 project, is placed in this context primary to determine the effectiveness of biostimulation on the degradation of chlorinated solvents in groundwater under anaerobic and aerobic conditions and evaluate the sustainability of the process in terms of environmental safety and employment. The project developed new experimental evidence and resulting data from monitoring the remediation of a site on a real scale.

Salute e sicurezza nelle biotecnologie industriali : Sostenibilità di processi di bonifica di acque di falda : applicazioni e sicurezza / B. Pietrangeli, L. Cavalca, G.P. Beretta, M. Masetti, D. Pedretti, M. Bertolini, G. Casiraghi, S. Varisco, S. Zecchin, S. Berardi, E. Incocciati ; [a cura di] B. Pietrangeli, L. Cavalca. - Milano : Inail, 2024 Feb 13. - ISBN 978-88-7484-842-3. (SALUTE E SICUREZZA) [10.5281/zenodo.10664299]

Salute e sicurezza nelle biotecnologie industriali : Sostenibilità di processi di bonifica di acque di falda : applicazioni e sicurezza

L. Cavalca
Secondo
Funding Acquisition
;
G.P. Beretta;M. Masetti;D. Pedretti;M. Bertolini;G. Casiraghi;S. Varisco;S. Zecchin;
2024

Abstract

Identifying sustainable remediation technologies means foreseeing the use of technologies with low environmental impact, the use of renewable energy sources and the use of environmentally friendly materials, involving the use of biological or other methods, like innovative technologies that reduce the need for excavation and earthmoving. Safety at work is a fundamental component of social sustainability, as it involves the protection of workers and communities from any negative impacts arising from the working environment. It doesn't just affect workers directly involved, but also the surrounding community. Accidents or pollution resulting from unsafe practices at work can have a negative impact on health and on the surrounding environment. Therefore, ensuring workplace safety is a form of social responsibility towards local communities. The Inail Bric 2019 - ID 52 project, is placed in this context primary to determine the effectiveness of biostimulation on the degradation of chlorinated solvents in groundwater under anaerobic and aerobic conditions and evaluate the sustainability of the process in terms of environmental safety and employment. The project developed new experimental evidence and resulting data from monitoring the remediation of a site on a real scale.
13-feb-2024
Settore AGR/16 - Microbiologia Agraria
Settore GEO/05 - Geologia Applicata
https://www.inail.it/cs/internet/docs/alg-pubbl-atti-biotecnologia-bonifica-acqua-falda.pdf
Salute e sicurezza nelle biotecnologie industriali : Sostenibilità di processi di bonifica di acque di falda : applicazioni e sicurezza / B. Pietrangeli, L. Cavalca, G.P. Beretta, M. Masetti, D. Pedretti, M. Bertolini, G. Casiraghi, S. Varisco, S. Zecchin, S. Berardi, E. Incocciati ; [a cura di] B. Pietrangeli, L. Cavalca. - Milano : Inail, 2024 Feb 13. - ISBN 978-88-7484-842-3. (SALUTE E SICUREZZA) [10.5281/zenodo.10664299]
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2434/1031469
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