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Hydrolysis of secondary sludge from industrial wastewater treatment plant of board production
Leon Kaluža, 2014, doctoral dissertation

Found in: osebi
Keywords: anaerobna obdelava blata, bioplin, odpadno aktivno blato, termično-alkalna hidroliza, disertacije
Published: 22.01.2015; Views: 2047; Downloads: 213
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3.
Postopek za predelavo papirniškega blata v bioplin in surovino za karton
Gregor Drago Zupančič, Leon Kaluža, 2014, patent

Abstract: Predmetni izum se nanaša na anaerobno obdelavo aerobnega aktivnega blata in njegovo pretvorbo v bioplin. Blata kot neobdelanega substrata ni mogoče zadovoljivo pretvoriti v bioplin zaradi predolgega zadrževalnega časa za anaerobni razkroj in prenizke biorazgradljivosti. Predmetni izum predstavlja postopek za preobdelavo aerobnega blata iz proizvodnje kartona v bioplin, ki obsega najprej ustrezno hidrolizo blata, ki ji sledi predelava hidrolizata po anaerobnem postopku v UASB reaktorju. Prvi proces predstavlja tehnologijo, kjer blato solubiliziramo pri pH 12 in 70 °C, hidrolizat dodajamo v odpadno vodo in mešanico brez težav obdelamo v konvencionalnem UASB reaktorju za čiščenje papirniške odpadne vode. V tem primeru je mogoče brez težav obdelati mešanico z dodatkom hidrolizata 5(v/v) %, proizvodnjo bioplina pa povišamo za do 20 %. Trdni preostanek po hidrolizi, ki je higieniziran, je uporaben kot surovina v proizvodnji kartona, če se dodaja v primerno nizki koncentraciji 1(m/m)%, ki ne degradira bistveno lastnosti standardnih surovin.
Found in: osebi
Keywords: Aktivno blato, Bioplin, Surovina za karton
Published: 30.03.2016; Views: 1910; Downloads: 0
.pdf Fulltext (190,18 KB)

4.
Nacionalna identiteta in glasba pri šoloobveznih mladostnikih
Lorena Mihelač, 2011, doctoral dissertation

Found in: osebi
Published: 19.02.2015; Views: 1795; Downloads: 211
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Matrix Gla protein (MGP) is involved in elastic fiber calcification in the dermis of Pseudoxanthoma Elasticum (PXE) patients.
Federica Boraldi, Annovi Giulia, Paolinelli Devincenzi Chiara, Schurgers Leon J, Vermeer Cees, Quaglino Daniela, Pasquali Ronchetti Ivonne, Gheduzzi Dealba, 2007, original scientific article

Abstract: Mature MGP (Matrix g-carboxyglutamic acid protein) is known to inhibit soft connective tissues calcification. We investigated its possible involvement in pseudoxanthoma elasticum (PXE), a genetic disorder whose clinical manifestations are due to mineralization of elastic fibers. PXE patients have lower serum concentration of total MGP compared to controls (Po0.001). Antibodies specific for the noncarboxylated (Glu-MGP) and for the g-carboxylated (Gla-MGP) forms of MGP were assayed on ultrathin sections of dermis from controls and PXE patients. Normal elastic fibers in controls and patients were slightly positive for both forms of MGP, whereas Gla-MGP was more abundant within control’s than within patient’s elastic fibers (Po0.001). In patients’ calcified elastic fibers, Glu-MGP intensively colocalized with mineral precipitates, whereas Gla-MGP precisely localized at the mineralization front. Data suggest that MGP is present within elastic fibers and is associated with calcification of dermal elastic fibers in PXE.
Found in: osebi
Keywords: calcification, dermal fibroblast, elastic fiber, human skin, MGP, pseudoxanthoma elasticum
Published: 22.07.2019; Views: 205; Downloads: 0
.pdf Fulltext (689,32 KB)

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