Temas de seguridad: 7. El problema de los datos para el cambio de escala

R. Nomen; J. Sempere; E. Serra; P. Vazques

Temas de seguridad: 7. El problema de los datos para el cambio de escala

Translated title of the contribution: Safety subjects: 7. The problem of data for the scale up

R. Nomen
, J. Sempere
, E. Serra
, P. Vazques

Chemical Engineering and Materials Science Department

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

Abstract

When thermal and heat transfer data for reactors of different size are available, it is possible to design safe processes at the industrial required scale. However, measurement of heat transfer for industrial batch and semi-batch reactors is usually considered an onerous and difficult task. A procedure based on known mixtures and reactions is suggested to determine overall heat transfer coefficients, which can be used to extrapolate to other mixtures and conditions. Such a method can complement the traditional measurements, based on heating and cooling known fluids.

Translated title of the contribution	Safety subjects: 7. The problem of data for the scale up
Original language	Spanish
Pages (from-to)	149-154
Number of pages	6
Journal	Afinidad
Volume	53
Issue number	463
Publication status	Published - May 1996

Cite this

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AU - Vazques, P.

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N2 - When thermal and heat transfer data for reactors of different size are available, it is possible to design safe processes at the industrial required scale. However, measurement of heat transfer for industrial batch and semi-batch reactors is usually considered an onerous and difficult task. A procedure based on known mixtures and reactions is suggested to determine overall heat transfer coefficients, which can be used to extrapolate to other mixtures and conditions. Such a method can complement the traditional measurements, based on heating and cooling known fluids.

AB - When thermal and heat transfer data for reactors of different size are available, it is possible to design safe processes at the industrial required scale. However, measurement of heat transfer for industrial batch and semi-batch reactors is usually considered an onerous and difficult task. A procedure based on known mixtures and reactions is suggested to determine overall heat transfer coefficients, which can be used to extrapolate to other mixtures and conditions. Such a method can complement the traditional measurements, based on heating and cooling known fluids.

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Temas de seguridad: 7. El problema de los datos para el cambio de escala

Abstract

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