Temes de Seguretat: II. Mètodes predictius de valoració del risc de substàncies pures i les seves mescles: Programa ASTM CHETAH™

R. Nomen; J. Sempere; E. Serra; D. Coré

Temes de Seguretat: II. Mètodes predictius de valoració del risc de substàncies pures i les seves mescles: Programa ASTM CHETAH™

Translated title of the contribution: Safety subjects: 11. Predictive methodes for risk assessment of pure substances and their mixtures: ASTM CHETAH™ program

Chemical Engineering and Materials Science Department

Research output: Indexed journal article › Article › peer-review

Abstract

Thermal stability of pure substances and their mixtures is an essential data for the chemical industry in order to establish the storage conditions of the final products to guarantee their purity and to prevent possible accidents due to the heat generated during their thermal decomposition. In this paper, some different criteria to estimate thermal risk of pure substances and their mixtures are exposed based of usual data as heat of formation, heat of combustion or empirical formula.

Translated title of the contribution	Safety subjects: 11. Predictive methodes for risk assessment of pure substances and their mixtures: ASTM CHETAH™ program
Original language	Spanish
Pages (from-to)	182-186
Number of pages	5
Journal	Afinidad
Volume	54
Issue number	469
Publication status	Published - May 1997

Cite this

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abstract = "Thermal stability of pure substances and their mixtures is an essential data for the chemical industry in order to establish the storage conditions of the final products to guarantee their purity and to prevent possible accidents due to the heat generated during their thermal decomposition. In this paper, some different criteria to estimate thermal risk of pure substances and their mixtures are exposed based of usual data as heat of formation, heat of combustion or empirical formula.",

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AU - Nomen, R.

AU - Sempere, J.

AU - Serra, E.

AU - Coré, D.

PY - 1997/5

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N2 - Thermal stability of pure substances and their mixtures is an essential data for the chemical industry in order to establish the storage conditions of the final products to guarantee their purity and to prevent possible accidents due to the heat generated during their thermal decomposition. In this paper, some different criteria to estimate thermal risk of pure substances and their mixtures are exposed based of usual data as heat of formation, heat of combustion or empirical formula.

AB - Thermal stability of pure substances and their mixtures is an essential data for the chemical industry in order to establish the storage conditions of the final products to guarantee their purity and to prevent possible accidents due to the heat generated during their thermal decomposition. In this paper, some different criteria to estimate thermal risk of pure substances and their mixtures are exposed based of usual data as heat of formation, heat of combustion or empirical formula.

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Temes de Seguretat: II. Mètodes predictius de valoració del risc de substàncies pures i les seves mescles: Programa ASTM CHETAH™

Abstract

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