A graphical, unified, and rational toolbox was developed to support practitioners in designing optimal packaging of fruits and vegetables. Herein, we validate the proposed methodology with real examples on fresh produce by means of novel data and literature results on blueberries, figs, and tomatoes. Also, a comparison with a literature design method is included to showcase the strengths of our toolbox, which simplifies and overcomes the current case-by-case procedures. The proposed method leverages four characteristic parameters which fully define a packaging solution in a straightforward manner.

Generalized toolbox for a priori equilibrium modified atmosphere packaging design. Part II: validation

Florit, Federico;Fiorati, Andrea;Rota, Renato;De Nardo, Luigi
2025-01-01

Abstract

A graphical, unified, and rational toolbox was developed to support practitioners in designing optimal packaging of fruits and vegetables. Herein, we validate the proposed methodology with real examples on fresh produce by means of novel data and literature results on blueberries, figs, and tomatoes. Also, a comparison with a literature design method is included to showcase the strengths of our toolbox, which simplifies and overcomes the current case-by-case procedures. The proposed method leverages four characteristic parameters which fully define a packaging solution in a straightforward manner.
2025
Equilibrium Modified Atmosphere Packaging
Fruits and Vegetable shelf life
Mass transport phenomena
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11311/1297268
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