Tool for predicting local concentrations and temperatures in an adsorber
Risks and prevention in VOC adsorption units
Article REF: J3930 V1
Tool for predicting local concentrations and temperatures in an adsorber
Risks and prevention in VOC adsorption units

Authors : Pierre LE CLOIREC, Pascaline PRÉ

Publication date: March 10, 2013 | Lire en français

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4. Tool for predicting local concentrations and temperatures in an adsorber

In order to minimize the risk of ignition incidents in activated carbon beds used to remove volatile contaminants, it is necessary to design and implement predictive tools for the quantities of VOCs adsorbed and the local temperature increases generated by this adsorption. Modeling and simulation of VOC adsorbers using a deterministic approach coupled with probabilistic models describing the parameters of gas-adsorbent interactions should enable data to be obtained and operational choices to be made, depending on plant sizing and operating conditions.

4.1 Mass and heat transfer model

Models developed to describe the spatial and temporal variations in macroscopic quantities characterizing the adsorption stage in an activated carbon column are based on the conservation...

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Tool for predicting local concentrations and temperatures in an adsorber

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