Author： Sufiyanov R.
Publisher： Springer Publishing Company
ISSN： 0009-2355
Source： Chemical and Petroleum Engineering, Vol.47, Iss.3-4, 2011-07, pp. : 238-242
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Abstract
A method of analyzing heat exchange in a layer of a final product rendered harmless (FPRH), which is purged by a flow of air, is tested as an oil-contaminated soil rendered harmless by a chemical method based on a non-local version of thermodynamics. Computed and experimental data are compared, as a result of which it is found that the experimentally determined time for complete cooling of the layer is approximately 35% longer than the time calculated on the basis of the method in question. That in itself enables us to conclude that a reserve exists for improvement in the efficiency of this type of equipment.
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