CONTROLE DE TEMPERATURA PI APLICADO EM UMA ESTUFA ESTACIONÁRIA INDUSTRIAL
CONTROLE DE TEMPERATURA PI APLICADO EM UMA ESTUFA ESTACIONÁRIA INDUSTRIAL
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DOI: https://doi.org/10.22533/at.ed.0612411014
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Palavras-chave: Padrões de produção. Controle PI. Temperatura.
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Keywords: Production standards, PI control, Temperature.
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Abstract: This works describes the implementation of a Proportional-Integral (PI) integral control system for precise temperature control in an industrial oven used for cooking sausage and bacon. The study is justified by the critical importance of temperature in the cooking process for ensuring quality, food safety, and operational efficiency. The literature review emphasizes the effectiveness of PI control in dynamic systems and highlights its applicability in industrial settings with specific temperature requirements. The industrial oven under consideration has special characteristics such as sensitivity to differences in cooking times and heat fluctuations. This methodology details the implementation of PI controls, including strategically positioned temperature sensors and actuators for instant adjustments. Control parameters are tailored to the cooking characteristics of pepperoni and bacon to achieve a uniform temperature distribution and ensure consistent product quality. Expected benefits include a significant reduction in temperature fluctuations during the cooking process, ensuring compliance with food safety standards, and increasing production efficiency. The implementation of PI control is anticipated to bring tangible benefits, such as reducing raw material waste and improving the uniformity of the final product. This study not only provides a technical solution for specific industrial ovens but also offers valuable insights for the successful use of PI control in the cooking process of meat products. The results can be applied to other food industries that rely on controlled thermal processes to ensure product quality and safety.
- Julio Santos Corrêa
- Luciana Paro Scarin Freitas