Environmental Deviation Assessment, Record, Failure, Probability and Investment

A major difficulty in establishing the program of action or devices to prevent the risk of incidents and accidents are the occupational and environmental records of deviations and its research into the causal connection. The proposed work aims to analyze deviations of the operation, process and main...

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Main Authors: S.S. Avila Filho, A.A. Kiperstok, R.R.A. Kalid, A.A.C. Santos, V.V.S. Carvalho
Format: Article
Language:English
Published: AIDIC Servizi S.r.l. 2012-05-01
Series:Chemical Engineering Transactions
Online Access:https://www.cetjournal.it/index.php/cet/article/view/7459
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spelling doaj-8456043fb54e4527bcd36b253f7402d32021-02-22T21:09:20ZengAIDIC Servizi S.r.l.Chemical Engineering Transactions2283-92162012-05-012610.3303/CET1226074Environmental Deviation Assessment, Record, Failure, Probability and InvestmentS.S. Avila FilhoA.A. KiperstokR.R.A. KalidA.A.C. SantosV.V.S. CarvalhoA major difficulty in establishing the program of action or devices to prevent the risk of incidents and accidents are the occupational and environmental records of deviations and its research into the causal connection. The proposed work aims to analyze deviations of the operation, process and maintenance of industrial facilities that impact on the environment. These deviations are observed and recorded to investigate the failure mode and recommending ways to mitigate its impact. The steps of this methodology are: (1) registration of deviations from routine (database); (2) the causal analysis and fault tree construction; (3) definition of the logical operator and calculation of probability; and (4) investment analysis to mitigate impacts. This technique was applied in the case of oil spill from machines in a chemical industry and environmental impacts. An understanding about the relation between deviations, causes, and top event allow quantifying the probability, set management actions, and/or designing technical devices economically viable.https://www.cetjournal.it/index.php/cet/article/view/7459
collection DOAJ
language English
format Article
sources DOAJ
author S.S. Avila Filho
A.A. Kiperstok
R.R.A. Kalid
A.A.C. Santos
V.V.S. Carvalho
spellingShingle S.S. Avila Filho
A.A. Kiperstok
R.R.A. Kalid
A.A.C. Santos
V.V.S. Carvalho
Environmental Deviation Assessment, Record, Failure, Probability and Investment
Chemical Engineering Transactions
author_facet S.S. Avila Filho
A.A. Kiperstok
R.R.A. Kalid
A.A.C. Santos
V.V.S. Carvalho
author_sort S.S. Avila Filho
title Environmental Deviation Assessment, Record, Failure, Probability and Investment
title_short Environmental Deviation Assessment, Record, Failure, Probability and Investment
title_full Environmental Deviation Assessment, Record, Failure, Probability and Investment
title_fullStr Environmental Deviation Assessment, Record, Failure, Probability and Investment
title_full_unstemmed Environmental Deviation Assessment, Record, Failure, Probability and Investment
title_sort environmental deviation assessment, record, failure, probability and investment
publisher AIDIC Servizi S.r.l.
series Chemical Engineering Transactions
issn 2283-9216
publishDate 2012-05-01
description A major difficulty in establishing the program of action or devices to prevent the risk of incidents and accidents are the occupational and environmental records of deviations and its research into the causal connection. The proposed work aims to analyze deviations of the operation, process and maintenance of industrial facilities that impact on the environment. These deviations are observed and recorded to investigate the failure mode and recommending ways to mitigate its impact. The steps of this methodology are: (1) registration of deviations from routine (database); (2) the causal analysis and fault tree construction; (3) definition of the logical operator and calculation of probability; and (4) investment analysis to mitigate impacts. This technique was applied in the case of oil spill from machines in a chemical industry and environmental impacts. An understanding about the relation between deviations, causes, and top event allow quantifying the probability, set management actions, and/or designing technical devices economically viable.
url https://www.cetjournal.it/index.php/cet/article/view/7459
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