1. Hidroliza odvečnega aktivnega blata biološke čistilne naprave s ciljem povečanja biorazgradljivosti za uporabo v UASB reaktorjuMarko Koroša, 2013, undergraduate thesis Found in: ključnih besedah
Summary of found: ...bioplinski potencial, ekstrakcija KPK, hidroliza blata, odpadno blato, UASB reaktor, diplomske naloge, ...
Keywords: bioplinski potencial, ekstrakcija KPK, hidroliza blata, odpadno blato, UASB reaktor, diplomske naloge
Published: 15.10.2013; Views: 5720; Downloads: 482
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2. Delovanje komunalne čistilne naprave in možnost uporabe produktov čiščenjaDamjan Turk, 2008, undergraduate thesis Found in: ključnih besedah
Summary of found: ...biološke čistilne naprave, čiščenje odpadnih voda, odpadno blato, diplomske naloge, ...
Keywords: biološke čistilne naprave, čiščenje odpadnih voda, odpadno blato, diplomske naloge
Published: 15.10.2013; Views: 6078; Downloads: 1479
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3. Hydrolysis of secondary sludge from industrial wastewater treatment plant of board productionLeon Kaluža, 2014, doctoral dissertation Found in: ključnih besedah
Summary of found: ...anaerobna obdelava blata, bioplin, odpadno aktivno blato, termično-alkalna hidroliza, disertacije, ...
Keywords: anaerobna obdelava blata, bioplin, odpadno aktivno blato, termično-alkalna hidroliza, disertacije
Published: 22.01.2015; Views: 4383; Downloads: 390
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4. ANALYSIS OF ALTERNATIVE CHANCES FOR SLUDGE TREATMENT AT NEW CENTRAL WASTE WATER TREATMENT PLANTRenata Janja Slovša, 2016, master's thesis Abstract: The purpose of this master’s thesis is to present the operation of a large municipal waste water treatment plant in Slovenia with over 300.000 PE and its efficiency, and through a theoretical analysis to present the current practice and alternative options of sewage sludge treatment in Slovenia and around the globe. The main objective of master's thesis is to present the most possible alternative scenarios for the final managing of sewage sludge from WWTPs and at this objective we take into consideration the impact on Carbon Foot Print (CFP).
Due to scenarios (thermal utilisation of dried sludge (90% d.m.) in a cement plant, co-incineration of dehydrated sludge (25% d.m.) in a local power plant, thermal utilisation of dried sludge (90% d.m.) in a local power plant, incineration of dehydrated sludge (25% d.m.) in own plant, incineration of dried sludge (90% d.m.) in own plant, and also prohibited scenarios such as sludge utilisation in the soil -fertilization, sludge disposal in the landfill) we calculated CFP and we find out that CFP of various methods of thermal sludge treatment are more or less similar but absolutely smaller than convetional sewage sludge treatment. The CFP is more favourable for dehydrated sludge than for pre-dried sludge, and it is also more favourable for treatment in industrial furnaces (heat power plant, cement plant) than in individual waste incineration facilities.
Found in: ključnih besedah
Summary of found: ...odpadne vode, odpadno blato iz čistilnih naprav, čistilne naprave, primerjalne...
Keywords: odpadne vode, odpadno blato iz čistilnih naprav, čistilne naprave, primerjalne analize, analiza življenjskega cikla, ogljični odtis, toplogredni plini
Published: 20.07.2016; Views: 4282; Downloads: 267
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