2014
DOI: 10.1007/s11947-014-1343-5
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Dehydration of Prebiotic Fruit Drinks by Spray Drying: Operating Conditions and Powder Characterization

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Cited by 14 publications
(8 citation statements)
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“…The powders produced with gum Arabic presented rehydration time up to 9 times higher than that obtained using maltodextrin. Fontes, Silva, Sampaio-Neta, da Costa, & Rodrigues (2014) reported that prebiotic pineapple, melon and orange juice powders spray-dried with gum Arabic (10 and 20%) presented rehydration times five times higher than that obtained using maltodextrin.…”
Section: Powder Morphologymentioning
confidence: 98%
“…The powders produced with gum Arabic presented rehydration time up to 9 times higher than that obtained using maltodextrin. Fontes, Silva, Sampaio-Neta, da Costa, & Rodrigues (2014) reported that prebiotic pineapple, melon and orange juice powders spray-dried with gum Arabic (10 and 20%) presented rehydration times five times higher than that obtained using maltodextrin.…”
Section: Powder Morphologymentioning
confidence: 98%
“…∆E value calculated in this study was at approximately 3.03, which is within the threshold value of ∆E (>3) from which a consumer identifies a change in color. It is worth to mention that smaller changes in color cannot be noticed by a human eye (Fontes et al, 2014).…”
Section: Physicochemical and Antioxidantmentioning
confidence: 99%
“…Moreover, high percentages of MD determine the powder moisture content, because water molecules cannot completely diffuse through MD molecules, which is a non-hygroscopic compound. Consequently, the addition of MD provides low hygroscopicity to the desired final product (Goula and Adamopoulos, 2010;Fontes et al, 2014).…”
Section: Physicochemical and Antioxidantmentioning
confidence: 99%
“…Os agentes carreadores normalmente utilizados na secagem por atomização são a maltodextrina e a goma arábica, principalmente devido à sua elevada solubilidade e baixa viscosidade, que são condições favoráveis para o processo de secagem por pulverização (FAZAELI et al, 2012, FONTES et al, 2014, PARRAS-SAAVEDRA et al, 2015, SILVA P. et al, 2013. Outros aditivos utilizados são os xaropes de glicose, frutose, pectina, lactose, proteínas e agentes umectantes (FERREIRA et al, 2014).…”
Section: Agentes Carreadoresunclassified
“…A higroscopicidade mede a tendência de um pó absorver a umidade do ambiente, estando diretamente relacionada com a qualidade do produto final (FONTES et al, 2014). Analisando os resultados obtidos da polpa de guavira em pó (Tabela 4) e comparando com a classificação apresentada por Ferreira et al (2014) (TONON, BRABET, HUBINGER, 2008;NUNES et al, 2015;FONTES et al, 2014). Essa correlação é observada para o efeito da vazão de alimentação (Tabela A4) sobre a higroscopicidade dos pós de guavira.…”
Section: Higroscopicidadeunclassified