A spatial dependent 3D model to predict the composition of the headspace of microperforated packages for respiring products
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Date
2024
Authors
Vega Díez, SaraSalvador, María Luisa
González Buesa, Jaime
Journal Title
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Typology
Conference MaterialPoster
Abstract
The 3D coupled mass and momentum transfer
computational model has adequately predicted the gas
exchange through microperforations, considering the
spatial-time dependence of the gas composition, and
evidences the relevance of considering the diffusive flow
and the concentration gradients around the
microperforations in order to accurately quantify the gas
exchange through them.
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Bibliographic citation
11th Shelf Life International Meeting, 20-23 may 2024 (Reggio Emilia. Italia. 2024)
AGROVOC subjects
Almacenamiento atmósfera modificadaEnvasado de alimentos
Intercambio de gases
Modelos matemáticos
Calidad de los alimentos
Sponsorship
This work was supported by the Ministerio de Ciencia e
Innovación of Spain (project PID2022-142850OR-I00 and
pre-doctoral Grant PREP2022-000492 to S.Vega-Diez)