0000000000117830

AUTHOR

Gonzalo Miranda

0000-0001-8511-1620

showing 4 related works from this author

Dried-Fruit Storage: An Analysis of Package Headspace Atmosphere Changes

2019

The quality of packaged dried foods depends on storage conditions and is determined largely by the initial gas composition inside and the transference through the container. The aim of this work was to analyze the O2 and CO2 concentrations within the internal atmosphere of the packaging. In this study, dried apricots and raisins were packaged in glass jars and polypropylene trays thermosealed with different polymers, and stored at 5, 15, 25, and 35 &deg

Health (social science)Dried fruit030309 nutrition & dieteticschemistry.chemical_elementPlant Sciencefruit storagefood qualitylcsh:Chemical technologyHealth Professions (miscellaneous)MicrobiologyArticle03 medical and health scienceschemistry.chemical_compound0404 agricultural biotechnologyCo2 concentrationlcsh:TP1-1185Gas compositionPolypropylene0303 health sciencesmodified atmosphere packagingEmbalatgeAliments Conservació04 agricultural and veterinary sciencesPulp and paper industry040401 food scienceNitrogenFood packagingFruitachemistryModified atmosphereEnvironmental sciencepermeabilityFood qualityfood packagingFood ScienceFoods
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Sulphur dioxide evolution during dried apricot storage

2009

Abstract Sulphur dioxide is used as a pre-treatment to facilitate drying, improve product quality and extend the shelf life of apricots. During storage, SO 2 losses are observed, thus reducing the effect of this agent. The aim of this paper is to analyze the evolution of SO 2 content in dried apricots packaged in different types of containers, namely glass and polypropylene trays thermosealed with different films (oriented polyamide OPA + polyethylene PE and polyamide PA + polypropylene PP). The packaging atmosphere was air in all cases. Storage was carried out at constant temperature: 5, 15, 25 and 35 °C. Stored samples were analysed periodically over 12 months. In order to model the SO 2 …

Polypropylenefood.ingredientMaterials scienceFood preservationShelf lifeWarehouseFood packagingchemistry.chemical_compoundfoodchemistryChemical engineeringDried apricotPolyamideFood scienceSulfur dioxideFood ScienceLWT - Food Science and Technology
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Modeling of the process of moisture loss during the storage of dried apricots

2011

[EN] Moisture content is a reference parameter for dried food because the growth of most microorganisms is inhibited below certain water activity levels. In addition, it has a determining influence on the evolution of important parameters, such as color and flavor, and on other properties and deterioration reactions, such as texture, oxidation processes and nutritional value. During the storage of some dried fruits, moisture is produced due to Maillard reactions and exchanged with the surrounding environment through the packaging. The evolution of dried foods during their shelf life depends on the storage conditions. The aim of this study is to analyze the evolution of the moisture content …

GlycosylationFood HandlingPrunus armeniacaGeneral Chemical EngineeringStorageIndustrial and Manufacturing EngineeringChemical reactionsFood scienceWater contentFlavorStorage conditionWater productionWater contentMoistureChemistryEmpirical kinetic modelFood PackagingTemperatureSurrounding environmentDried fruitsMaillard reactionsymbolsSorptionPrunusMaillardMoisture lossDried fruitWater activitySorption isothermsTECNOLOGIA DE ALIMENTOSNutritional valueFood storageShelf lifeShelf lifePolypropylenesFruitssymbols.namesakeDried foodDried apricotsFood PreservationWater transfersComputer SimulationReference parametersFood storageMoisture determinationMoistureReproducibility of ResultsWaterMaillard ReactionMaillard reactionKineticsModels ChemicalFruitOxidation processGlassFood ScienceConstant temperatureWater activity
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The Storage of Dried Apricots: The Effect of Packaging and Temperature on the Changes of Texture and Moisture

2012

During storage, the packaging material was crucial in the product's moisture variation. The aim of this work was to study the changes of both the moisture content and the texture of dried apricots packaged in two types of containers, namely glass and polypropylene trays, which were thermosealed with two different films and stored at a constant temperature (5, 15, 25 and 35C). The moisture content and texture of the product were analyzed periodically over a period of 12 months. In addition, a differential scanning calorimetry of the product was carried out for a better understanding of the relationship between these parameters. In samples packaged in films, the maximum force value increased …

PolypropylenePhase transitionMaterials scienceMoistureGeneral Chemical EngineeringTransition temperatureGeneral ChemistryShelf lifechemistry.chemical_compoundDifferential scanning calorimetrychemistryTexture (crystalline)Food scienceWater contentFood ScienceJournal of Food Processing and Preservation
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