"BIODEGRADACE SYROV\u00C1TKY ZA TERMOFILN\u00CDCH PODM\u00CDNEK" . . . "80-85645-58-0" . "26310" . "N, V, Z(MSM 263100019)" . "BIODEGRADACE SYROV\u00C1TKY ZA TERMOFILN\u00CDCH PODM\u00CDNEK" . . "358025" . "Bab\u00E1k, Libor" . . "WHEY BIODEGRADATION ON THERMOPHILIC CONDITIONS"@en . "bioreactor, thermophilic, whey"@en . . "Scientific pedagogical publishers" . . . "RIV/00216305:26310/08:PU77676!RIV11-MSM-26310___" . "V\u00EDtov\u00E1, Eva" . . "\u010Cesk\u00E9 Bud\u011Bjovice" . . . "\u010Cesk\u00E9 Bud\u011Bjovice" . "This thesis solves a possibility of biodegradation of the organic waste compounds (summarized like chemical oxygen demand ) by means of the mixed thermophilic aerobic bacteria culture (sludge of wastewater treatment Byst\u0159ice pod Host\u00FDnem). The whey from Pribina company is the tested waste medium. In this work a batch system were used. The cultivations were practised in the laboratory fermentor BIOSTAT B ( B. Braun Biotech) with working volume 2 L. Selected bioengineering characteristics (specific growth rate, biomass productivity, COD elimination and volume ogygen transfer coefficient) were determined persuant to the experimental data. It was achieved 62 % total COD reduction in thermophilic conditions."@en . "This thesis solves a possibility of biodegradation of the organic waste compounds (summarized like chemical oxygen demand by means of the mixed thermophilic aerobic bacteria culture (sludge of wastewater treatment Byst\u0159ice pod Host\u00FDnem). The whey from Pribina company is the tested waste medium. In this work a batch system were used. The cultivations were practised in the laboratory fermentor BIOSTAT B ( B. Braun Biotech) with working volume 2 L. Selected bioengineering characteristics (specific growth rate, biomass productivity, COD elimination and volume ogygen transfer coefficient) were determined persuant to the experimental data. It was achieved 62 % total COD reduction in thermophilic conditions." . "WHEY BIODEGRADATION ON THERMOPHILIC CONDITIONS"@en . "[D120E05466D8]" . . "Biotechnology 2008" . . . . . "This thesis solves a possibility of biodegradation of the organic waste compounds (summarized like chemical oxygen demand by means of the mixed thermophilic aerobic bacteria culture (sludge of wastewater treatment Byst\u0159ice pod Host\u00FDnem). The whey from Pribina company is the tested waste medium. In this work a batch system were used. The cultivations were practised in the laboratory fermentor BIOSTAT B ( B. Braun Biotech) with working volume 2 L. Selected bioengineering characteristics (specific growth rate, biomass productivity, COD elimination and volume ogygen transfer coefficient) were determined persuant to the experimental data. It was achieved 62 % total COD reduction in thermophilic conditions."@cs . "2"^^ . "2008-02-12+01:00"^^ . "RIV/00216305:26310/08:PU77676" . "2"^^ . "BIODEGRADACE SYROV\u00C1TKY ZA TERMOFILN\u00CDCH PODM\u00CDNEK"@cs . . . "3"^^ . . . "BIODEGRADACE SYROV\u00C1TKY ZA TERMOFILN\u00CDCH PODM\u00CDNEK"@cs .