Search Results - "Slavutsky, Aníbal Marcelo"

Evaluation of edible films as single-serve pouches for a sustainable packaging system by Gamboni, Jimena Elizabeth, Bonfiglio, Gisela Vanesa, Slavutsky, Aníbal Marcelo, Bertuzzi, María Alejandra

“…•Edible pouches and polypropylene bag: a novel packaging system for instant coffe.•The packaging system effectively maintains product quality and reduces…”
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Selection of the conveyor belt material for edible film production by a continuous casting process by Jimena Elizabeth Gamboni, María Verónica Colodro, Aníbal Marcelo Slavutsky, María Alejandra Bertuzzi

“…Abstract The scaling up of the wet process and the design of a coating line to produce edible films, require the consideration of several factors such as, the…”
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Formulation and characterization of bilayer films based on Brea gum and Pectin by Aníbal Marcelo Slavutsky, Jimena Elizabeth Gamboni, María Alejandra Bertuzzi

“…Abstract The formulation of bilayer films is a strategy aimed at combining the advantages and properties of different film-forming materials. Bilayer films…”
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Formulation and characterization of hydrogel based on pectin and brea gum by Slavutsky, Aníbal Marcelo, Bertuzzi, María Alejandra

“…A hydrogel is a three-dimensional network formed by flexible chains of polymers that absorb considerable amounts of water. The objectives of this work were to…”
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Methylene Blue Sorption Phenomena onto Pectin, Brea Gum, Montmorillonite Based Hydrogels: Kinetic and Thermodynamic Assessment by Gamboni, Jimena Elizabeth, Bertuzzi, María Alejandra, Slavutsky, Aníbal Marcelo

“…The wastewater treatment, particularly the removal of organic contaminants, is often carried out by adsorption with solids. Hydrogels present a great swelling…”
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Water barrier properties of starch-clay nanocomposite films Propriedades de barreira à água de filmes de nanocompósitos de amido e argila by Aníbal Marcelo Slavutsky, María Alejandra Bertuzzi, Margarita Armada

“…The functional properties of corn starch based films were improved by incorporating nanoclay (Montmorillonite). Nanoclay was incorporated in the polymer matrix…”
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