2022
DOI: 10.15255/kui.2022.023
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Poboljšana ekstrakcija fenolnih spojeva iz kore mandarine primjenom visokonaponskog električnog pražnjenja: Utjecaj procesnih parametara i optimizacija

Abstract: SažetakKonzumacija svježih citrusa, ali i njihova prerada generiraju nusproizvode, kao što su kora, sjemenke, pulpa, kao i otpadne vode. Cilj ovog istraživanja je valorizacija agroindustrijskih nusproizvoda (kore citrusa) kao vrijedne sirovine za ekstrakciju polifenola primjenom inovativne netermalne metode ekstrakcije sa zelenim otapalom (voda). U ekstraktima je kvantificirano i identificirano ukupno šest fenolnih spojeva. Pri tome je promatran utjecaj vremena (od 5 do 15 min), frekvencije (od 40 do 100 Hz) i… Show more

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“…They also demonstrated that, in contrast to UAE, HVED, and CE, the PEF preferentially extracted and improved the extraction of ellagic acid (740 mg/kg), while HVED (345 mg/kg) increased gallic acid extraction. Comparable findings have been reported for tobacco waste [ 180 ], mandarin peel [ 181 ], Gac leaves [ 182 ], and orange pomace [ 183 ].…”
Section: Non-thermal Extraction Methodsmentioning
confidence: 48%
“…They also demonstrated that, in contrast to UAE, HVED, and CE, the PEF preferentially extracted and improved the extraction of ellagic acid (740 mg/kg), while HVED (345 mg/kg) increased gallic acid extraction. Comparable findings have been reported for tobacco waste [ 180 ], mandarin peel [ 181 ], Gac leaves [ 182 ], and orange pomace [ 183 ].…”
Section: Non-thermal Extraction Methodsmentioning
confidence: 48%