2017
DOI: 10.1016/j.buildenv.2017.05.009
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Characterization of indoor air quality in different archives – Possible implications for books and manuscripts

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Cited by 30 publications
(18 citation statements)
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“…The relevance to paper decay is probably small because chemical reactivity is limited in absence of oxidants [9,37,38] and concentrations found in archival storage rooms are below 10 ppb [16]. In contrast to the pollutants discussed above, the two carboxylic acids formic and acetic acid are typically found in storage rooms containing paper at concentration levels up to respectively 70 ppb and 150 ppb [14,16,17,19,21,22]. In some special situations containing non-paper emitting sources in closed cabinets, higher concentration levels have been reported [39,40].…”
Section: Acetic Acidmentioning
confidence: 99%
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“…The relevance to paper decay is probably small because chemical reactivity is limited in absence of oxidants [9,37,38] and concentrations found in archival storage rooms are below 10 ppb [16]. In contrast to the pollutants discussed above, the two carboxylic acids formic and acetic acid are typically found in storage rooms containing paper at concentration levels up to respectively 70 ppb and 150 ppb [14,16,17,19,21,22]. In some special situations containing non-paper emitting sources in closed cabinets, higher concentration levels have been reported [39,40].…”
Section: Acetic Acidmentioning
confidence: 99%
“…These experiments, often performed at elevated temperatures, have shown that exposure to gaseous pollutants at artificially high concentrations results in embrittlement and yellowing of paper. Moreover, gas monitoring techniques with low detection limits have become affordable in the last decade so that cultural heritage institutions have performed more frequently indoor air quality campaigns and have become more aware of the range of gaseous components present in the atmosphere of their repositories [12][13][14][15][16][17][18][19][20][21][22]. Confronted with such facts, managers, curators and conservators are pressed to take action to reduce the indoor concentration of pollutants.…”
Section: Concernsmentioning
confidence: 99%
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“…Molto più contenute sono invece le informazioni riguardanti la qualità dell'aria e gli effetti prodotti sui supporti cartacei conservati in archivi e depositi, dove si presuppone una lunga permanenza dei documenti (Mašková, Smolík, Durovic 2017;Sahin et al 2017). In questo caso è essenziale stabilire il rapporto tra la concentrazione degli inquinanti indoor/outdoor, per mettere a punto un adeguato piano di prevenzione del degrado, tenuto conto che vi possono essere accumuli di inquinanti dovuti alla non efficiente aerazione dei locali.…”
Section: L'ambiente DI Conservazioneunclassified
“…In questo caso è essenziale stabilire il rapporto tra la concentrazione degli inquinanti indoor/outdoor, per mettere a punto un adeguato piano di prevenzione del degrado, tenuto conto che vi possono essere accumuli di inquinanti dovuti alla non efficiente aerazione dei locali. Recenti studi sottolineano infatti l'importanza del controllo del ricambio dell'aria, in particolare della velocità di ricambio, per minimizzare i danni correlati alla permanenza dei manufatti in condizioni non idonee (Mašková et al 2017). Il degrado del patrimonio librario legato a inquinanti gassosi può essere limitato solo se gli archivi e i depositi sono dotati di filtri appositi inseriti nei sistemi di condizionamento, soluzione spesso costosa e non sempre praticabile.…”
Section: L'ambiente DI Conservazioneunclassified