Predicción del tiempo de corte en la elaboración de queso mediante dispersión de radiación de infrarrojo próximo

Abstract

The cheese industry demands the development of simple, sanitary and non-destructive measuring instruments in the line in order to monitor the process of coagulation in the milk and predict control parameters such as clotting time and, above all, cutting time. The objective determination of cutting time improves the cheese yield and the homogeneity of the product. The general objective of this study is to analyse the use of a fibre-optic sensor to determine light scattering of near infrared radiation in order to monitor milk coagulation and objectively select the cutting time. To this end, three experiments were carried out using completely randomised block designs. Each experiment was replicated three times. In each of them different experimental factors and levels were selected with the aim of providing information concerning the influence of the different factors on clotting and, especially, on the algorithms for predicting cutting time.