Effect of the chemical composition of fluid foods on the rate of fouling processing during sterilization

Background: This research was motivated by the determination of the sanitation schedule in the heat exchanger area for some products (milk, avocado juice, and orange juice), as well as the inconsistency of the results of previous studies related to the chemical composition of the fouling layer. Obje...

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Published in:Vitae (Medellín) 2023, Vol.30 (1)
Main Authors: Budianto, Budianto, Feri, Zefky Okta, Suparmi, Anik, Arifin, Muh Jaenal
Format: Article
Language:English
Subjects:
Dairy products
Fouling
Heat Exchanger
Heat transfer (Q)
PHARMACOLOGY & PHARMACY
Proteins
Raw materials
Resistant Dirt Factor (Rd)
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Feri, Zefky Okta
Suparmi, Anik
Arifin, Muh Jaenal
description Background: This research was motivated by the determination of the sanitation schedule in the heat exchanger area for some products (milk, avocado juice, and orange juice), as well as the inconsistency of the results of previous studies related to the chemical composition of the fouling layer. Objectives: a) to test the effect of raw material composition on the chemical composition of the fouling layer. b) to test microbial growth's effect on fouling's chemical composition (protein). Methods: mathematical derivation of the formation process of Resistant Dirt Factor (Rd) in the form of an Equation; ANOVA was used to test the effect of the dependent variable (protein) and predictor (microbial). Results: a) The composition of the raw material strongly influences the chemical composition of the fouling layer; b) There is a strong effect between microbial growth and protein content as a fouling composition (p
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Objectives: a) to test the effect of raw material composition on the chemical composition of the fouling layer. b) to test microbial growth's effect on fouling's chemical composition (protein). Methods: mathematical derivation of the formation process of Resistant Dirt Factor (Rd) in the form of an Equation; ANOVA was used to test the effect of the dependent variable (protein) and predictor (microbial). Results: a) The composition of the raw material strongly influences the chemical composition of the fouling layer; b) There is a strong effect between microbial growth and protein content as a fouling composition (p&lt;0.05). 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subjects Dairy products
Fouling
Heat Exchanger
Heat transfer (Q)
PHARMACOLOGY & PHARMACY
Proteins
Raw materials
Resistant Dirt Factor (Rd)
title Effect of the chemical composition of fluid foods on the rate of fouling processing during sterilization
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