Until the 1990s, Italy was among the world’s leading producers of raw asbestos fibres and Asbestos Containing Materials (ACM) and one of the most contaminated Countries in Europe. To reduce asbestos-related health effects, Italy has adopted many laws and regulations regarding exposure thresholds limits and remediation tools. The Italian Environmental Ministry (MASE) has identified 42 Italian Superfund sites, 11 of which are mainly contaminated by Asbestos. The highest levels of exposure occur during remediation activities in the 42 Superfund-Sites (SS) and during the management of asbestos containing waste in landfills, which requires specific procedures. INAIL-DIT, the Italian Governmental Occupational and Safety Institute, play a role as MASE scientific consultant on issues concerning workers protection, against risks caused by pollution, remediation and Asbestos Containing Waste (ACW) management. The aim is to identify suitable Emergency Safety Measures, to suggest specific best practices for remediation concerning on site monitoring, laboratory analysis, safety measures. Moreover, aim of INAIL research is testing the advanced technologies available for friendlier working activities and analytical methodologies. This paper describes the remediation of Bagnoli industrial facility (Naples), an Eternit factory which produced in ’70s-80s asbestos cement products. The remediation has been analysed, considering a first phase focused on demolition of structures and facilities, and a second phase regarding the characterization, screening, removal and disposal of polluted soils. The project planned the complete removal of all industrial structures and asbestos dispersed in the soil/subsoil and the recovery of the clean fraction. This work highlights the remediation techniques used and the prevention and protection measures provided for workers and daily life areas. This study, considering the high number of asbestos cement factories in the world, can serve as an important reference for similar situations at European or international scale.

Remediation activities in italian superfund sites: the case study of Naples - Bagnoli / Bellagamba, S.; Paglietti, F.; Malinconico, S.; Bonifazi, G.; Serranti, S.; Aurigemma, A.. - (2024), pp. 1-7. ( 10th World Congress on New Technologies, NewTech 2024 Barcellona, Spagna ) [10.11159/icepr24.145].

Remediation activities in italian superfund sites: the case study of Naples - Bagnoli

Bonifazi, G.;Serranti, S.;Aurigemma, A.
2024

Abstract

Until the 1990s, Italy was among the world’s leading producers of raw asbestos fibres and Asbestos Containing Materials (ACM) and one of the most contaminated Countries in Europe. To reduce asbestos-related health effects, Italy has adopted many laws and regulations regarding exposure thresholds limits and remediation tools. The Italian Environmental Ministry (MASE) has identified 42 Italian Superfund sites, 11 of which are mainly contaminated by Asbestos. The highest levels of exposure occur during remediation activities in the 42 Superfund-Sites (SS) and during the management of asbestos containing waste in landfills, which requires specific procedures. INAIL-DIT, the Italian Governmental Occupational and Safety Institute, play a role as MASE scientific consultant on issues concerning workers protection, against risks caused by pollution, remediation and Asbestos Containing Waste (ACW) management. The aim is to identify suitable Emergency Safety Measures, to suggest specific best practices for remediation concerning on site monitoring, laboratory analysis, safety measures. Moreover, aim of INAIL research is testing the advanced technologies available for friendlier working activities and analytical methodologies. This paper describes the remediation of Bagnoli industrial facility (Naples), an Eternit factory which produced in ’70s-80s asbestos cement products. The remediation has been analysed, considering a first phase focused on demolition of structures and facilities, and a second phase regarding the characterization, screening, removal and disposal of polluted soils. The project planned the complete removal of all industrial structures and asbestos dispersed in the soil/subsoil and the recovery of the clean fraction. This work highlights the remediation techniques used and the prevention and protection measures provided for workers and daily life areas. This study, considering the high number of asbestos cement factories in the world, can serve as an important reference for similar situations at European or international scale.
2024
10th World Congress on New Technologies, NewTech 2024
asbestos; contaminated sites; hazardous waste; safety; workers
04 Pubblicazione in atti di convegno::04b Atto di convegno in volume
Remediation activities in italian superfund sites: the case study of Naples - Bagnoli / Bellagamba, S.; Paglietti, F.; Malinconico, S.; Bonifazi, G.; Serranti, S.; Aurigemma, A.. - (2024), pp. 1-7. ( 10th World Congress on New Technologies, NewTech 2024 Barcellona, Spagna ) [10.11159/icepr24.145].
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11573/1742362
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