IRTUM – Institutional Repository of the Technical University of Moldova

Browsing Conferinţa "Modern technologies, in the food industry" – 2016 by Title

Browsing Conferinţa "Modern technologies, in the food industry" – 2016 by Title

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  • GOLUBI, R.; IORGA, E.; LINDA, L.; ACHIMOVA, T.; ARNAUT, S.; FIODOROV, S. (Tehnica UTM, 2016)
    It is proposed the grapes acidifier manufacturing technology, a non-alcoholic natural product that manifest superior nutritional advantages for chemical food additives: acidifiers, sweeteners, preservatives widely used in ...
  • GALUŞCA, E.; DÎNTU, S.; ȚĂRNĂ, R.; MAJERU, V. (Tehnica UTM, 2016)
    Food quality largely depends on the processing equipment. Therefore, major requirements are imposed for resistance to wear and corrosion of the installations for the food industry, because they work in rather difficult ...
  • GUȚU, A.; CARTOFEANU, V.; GÎDEI, I.; COJOCARU, I. (Tehnica UTM, 2016)
    Climate Change in Moldova by late XXI century will manifest by the ambient temperature rises to 5.6 K and reduced water availability up to 55 %, which, on the one hand, will reduce energy consumption for heating up to 60 ...
  • BOEŞTEAN, O.; GHENDOV - MOŞANU, A.; ŢĂRNĂ, R. (Tehnica UTM, 2016)
    it was carried out the study regarding the influence of nettle root addition on physicochemical indicators and organoleptic indices of wheat bread first quality to different percentage of vegetal addition 1, 3, 5, and 7 ...
  • GHENDOV-MOŞANU, A.; STURZA, R.; CHIRIŢA, E.; PATRAŞ, A. (Tehnica UTM, 2016)
    This research is focussed on the impact of oil extracts on sensory, physicochemical and microbiological parameters of bread prepared from 1st grade flour with addition of 1% (replacing 1% of sunflower oil) and 2% oil ...
  • BERNIC, M.; UZUN, V.; COȘMAN, S.; BALAN, M.; VIȘANU, V.; MELENCIUC, M. (Tehnica UTM, 2016)
    The presented research brings an analysis of grape vines technological processing wastes nutritive and energetic value. It shows recommendation about optimal use of those to achieve a wasteless production process.

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