Bibliographic citations
Latinez, P., (2020). Implementación del método de control bioestructurado de procesos - MCBP en el procesamiento industrial de Quinua [Tesis, Universidad Nacional Agraria La Molina]. https://hdl.handle.net/20.500.12996/4429
Latinez, P., Implementación del método de control bioestructurado de procesos - MCBP en el procesamiento industrial de Quinua [Tesis]. : Universidad Nacional Agraria La Molina; 2020. https://hdl.handle.net/20.500.12996/4429
@misc{renati/242760,
title = "Implementación del método de control bioestructurado de procesos - MCBP en el procesamiento industrial de Quinua",
author = "Latinez Valdivia, Paola Andrea",
publisher = "Universidad Nacional Agraria La Molina",
year = "2020"
}
In the present study, the Method of Biostructured Process Control was applied in the industrial quinoa process. Data were collected in the months of August to December 2018 of the white quinoa process line for export. These data were taken from the production and quality records that are counted in the company during the indicated period. The quantity of product that was studied in the five months was 307.5 tons and 280.6 hours of production. The biostructure matrix of this process was built based on the functional analogy, which divides the processes into level zero, one, two and so on as required. For this process, four subprocesses were identified at level one (conditioning, desaponifying, selection and packaging), and six subprocesses at level two (reception, pre-cleaning, scarification, polishing, gravimetric selection and optical selection). The results were analyzed by measuring their effectiveness with respect to the previously determined target value and the breach of this value was evidenced since only one month of the five was the one that was above 95 percent effective. The data in the biostructure were evaluated and it was determined to identify a new percentage limit of saponin for the acceptance of the lots entered at 0.32 percent. It was shown that the biostructured control method is a useful tool to detect opportunities to improve processes.
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