Speaker
Ms
Isis María Fernández Gómez
(Centre of Radiological Protection and Hygiene (CPHR), Cuba)
Description
Gamma scanning is a technology management tool to increase manufacturing efficiency. Modern industrial production requires strict process control, in order to meet established quality standards. The technique of gamma-ray scanning allows nondestructive diagnosis, which has among its applications the study of distillation columns. The method is based on the different degree of attenuation of gamma radiation as it passes through materials of different density. Through the analysis of a vertical density profile, it is possible to identify functioning problems without stopping the industrial process under study, and without physical intrusion. This improves the operational efficiency and reduces the time for maintenance. The present paper shows the results of a study conducted applying the technique of gamma- ray scanning to a distillation column of alcohol from the distillery "Hector Molina". The study revealed the presence of some small anomalies such as the presence of foam in some regions of the distillation column. The identification of these anomalies contributed to improve the efficiency of the tower, improving as a consequence the quality of the obtained alcohol, and contributing to the environmental management system that should be associated to the process of alcohol distillation
Country/Organization invited to participate | Cuba |
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Primary author
Ms
Milagros Derivet
(Centre of Radiological Protection and Hygiene (CPHR), Cuba)
Co-authors
Mr
Eduardo A. Capote Ferrera
(Centre of Radiological Protection and Hygiene (CPHR), Cuba)
Ms
Isis María Fernández Gómez
(Centre of Radiological Protection and Hygiene (CPHR), Cuba)
Mr
Jaime Cuesta Borges
(Centre of Radiological Protection and Hygiene (CPHR), Cuba)
Mr
Jorge Antonio Carrazana González
(Centre of Radiological Protection and Hygiene (CPHR), Cuba)
Mr
Juan Flores
(Centre of Radiological Protection and Hygiene (CPHR), Cuba)
Mr
Julián Martínez Valdés
(Centre of Radiological Protection and Hygiene (CPHR), Cuba)