Visually low-impacting methods for the measurement of parameters related to IAQ risk indicators in exhibition halls

Microclimate for cultural heritage plays a fundamental role in the degradation process of artefacts exhibited in museums. Generally, the Indoor Air Quality (IAQ) monitoring inside museums is based on conventional measurements of thermo-hygrometry parameters and longtime averaged measurements of atmo...

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Autores principales:	Cirrincione Laura, Ferrante Patrizia, La Gennusa Maria, Peri Giorgia, Rizzo Gianfranco, Scaccianoce Gianluca
Formato:	article
Lenguaje:	EN FR
Publicado:	EDP Sciences 2021
Materias:	museums indoor air quality off-line sensors low visual impact corrosion risk artefact preservation visitors ‘comfort Environmental sciences GE1-350
Acceso en línea:	https://doaj.org/article/62b910e7df954d19b6920a887d53f317
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id	oai:doaj.org-article:62b910e7df954d19b6920a887d53f317
record_format	dspace
spelling	oai:doaj.org-article:62b910e7df954d19b6920a887d53f3172021-11-08T15:18:54ZVisually low-impacting methods for the measurement of parameters related to IAQ risk indicators in exhibition halls2267-124210.1051/e3sconf/202131212008https://doaj.org/article/62b910e7df954d19b6920a887d53f3172021-01-01T00:00:00Zhttps://www.e3s-conferences.org/articles/e3sconf/pdf/2021/88/e3sconf_ati2021_12008.pdfhttps://doaj.org/toc/2267-1242Microclimate for cultural heritage plays a fundamental role in the degradation process of artefacts exhibited in museums. Generally, the Indoor Air Quality (IAQ) monitoring inside museums is based on conventional measurements of thermo-hygrometry parameters and longtime averaged measurements of atmospheric pollutants’ concentration. Unfortunately, all these approaches require electric supply and are usually characterized by a noticeable visual impact on the exhibition space, which clearly negatively affects the visitors’ experience. This paper intends to revisit and discuss a methodology (and its test application on field, to estimate the risk of damage of three artefacts displayed in an old museum of Palermo – Italy) perhaps prematurely underestimated that could usefully be re-proposed in particular contexts in which it is necessary to be careful to be as less invasive as possible, as in the case of museums housed in buildings of particular historical-cultural prestige. The discussed approach uses a non-destructive (or minimally invasive, at least) technique consisting in using two types of coupons, bi-metallic and marble ones, that allows an off-line monitoring of the indoor air aggressiveness inside museums, while avoiding consuming electricity and undesirable visual impacts on the site. Specifically, the estimated coupon damage is regarded as gauge to air aggressiveness, in order to provide an early warning of the risk of damage for the artefacts made of materials similar to those which the coupons are made of. Based on the considerations reported in the paper, the indirect evaluation of the air chemical aggressiveness through the assessment of the bi-metallic and marble coupons’ erosion seems to still candidates itself as a feasible method to be applied in complex exhibition scenes.Cirrincione LauraFerrante PatriziaLa Gennusa MariaPeri GiorgiaRizzo GianfrancoScaccianoce GianlucaEDP Sciencesarticlemuseumsindoor air qualityoff-line sensorslow visual impactcorrosion riskartefact preservationvisitors ‘comfortEnvironmental sciencesGE1-350ENFRE3S Web of Conferences, Vol 312, p 12008 (2021)
institution	DOAJ
collection	DOAJ
language	EN FR
topic	museums indoor air quality off-line sensors low visual impact corrosion risk artefact preservation visitors ‘comfort Environmental sciences GE1-350
spellingShingle	museums indoor air quality off-line sensors low visual impact corrosion risk artefact preservation visitors ‘comfort Environmental sciences GE1-350 Cirrincione Laura Ferrante Patrizia La Gennusa Maria Peri Giorgia Rizzo Gianfranco Scaccianoce Gianluca Visually low-impacting methods for the measurement of parameters related to IAQ risk indicators in exhibition halls
description	Microclimate for cultural heritage plays a fundamental role in the degradation process of artefacts exhibited in museums. Generally, the Indoor Air Quality (IAQ) monitoring inside museums is based on conventional measurements of thermo-hygrometry parameters and longtime averaged measurements of atmospheric pollutants’ concentration. Unfortunately, all these approaches require electric supply and are usually characterized by a noticeable visual impact on the exhibition space, which clearly negatively affects the visitors’ experience. This paper intends to revisit and discuss a methodology (and its test application on field, to estimate the risk of damage of three artefacts displayed in an old museum of Palermo – Italy) perhaps prematurely underestimated that could usefully be re-proposed in particular contexts in which it is necessary to be careful to be as less invasive as possible, as in the case of museums housed in buildings of particular historical-cultural prestige. The discussed approach uses a non-destructive (or minimally invasive, at least) technique consisting in using two types of coupons, bi-metallic and marble ones, that allows an off-line monitoring of the indoor air aggressiveness inside museums, while avoiding consuming electricity and undesirable visual impacts on the site. Specifically, the estimated coupon damage is regarded as gauge to air aggressiveness, in order to provide an early warning of the risk of damage for the artefacts made of materials similar to those which the coupons are made of. Based on the considerations reported in the paper, the indirect evaluation of the air chemical aggressiveness through the assessment of the bi-metallic and marble coupons’ erosion seems to still candidates itself as a feasible method to be applied in complex exhibition scenes.
format	article
author	Cirrincione Laura Ferrante Patrizia La Gennusa Maria Peri Giorgia Rizzo Gianfranco Scaccianoce Gianluca
author_facet	Cirrincione Laura Ferrante Patrizia La Gennusa Maria Peri Giorgia Rizzo Gianfranco Scaccianoce Gianluca
author_sort	Cirrincione Laura
title	Visually low-impacting methods for the measurement of parameters related to IAQ risk indicators in exhibition halls
title_short	Visually low-impacting methods for the measurement of parameters related to IAQ risk indicators in exhibition halls
title_full	Visually low-impacting methods for the measurement of parameters related to IAQ risk indicators in exhibition halls
title_fullStr	Visually low-impacting methods for the measurement of parameters related to IAQ risk indicators in exhibition halls
title_full_unstemmed	Visually low-impacting methods for the measurement of parameters related to IAQ risk indicators in exhibition halls
title_sort	visually low-impacting methods for the measurement of parameters related to iaq risk indicators in exhibition halls
publisher	EDP Sciences
publishDate	2021
url	https://doaj.org/article/62b910e7df954d19b6920a887d53f317
work_keys_str_mv	AT cirrincionelaura visuallylowimpactingmethodsforthemeasurementofparametersrelatedtoiaqriskindicatorsinexhibitionhalls AT ferrantepatrizia visuallylowimpactingmethodsforthemeasurementofparametersrelatedtoiaqriskindicatorsinexhibitionhalls AT lagennusamaria visuallylowimpactingmethodsforthemeasurementofparametersrelatedtoiaqriskindicatorsinexhibitionhalls AT perigiorgia visuallylowimpactingmethodsforthemeasurementofparametersrelatedtoiaqriskindicatorsinexhibitionhalls AT rizzogianfranco visuallylowimpactingmethodsforthemeasurementofparametersrelatedtoiaqriskindicatorsinexhibitionhalls AT scaccianocegianluca visuallylowimpactingmethodsforthemeasurementofparametersrelatedtoiaqriskindicatorsinexhibitionhalls
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Visually low-impacting methods for the measurement of parameters related to IAQ risk indicators in exhibition halls

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