Scheda di dettaglio – i prodotti della ricerca
| Dato | Valore |
|---|---|
| Title | Deliverable D1.5 "Enhanced stabilization processes" |
| Keywords | Sludge stabilizationPretreatmentsAnaerobic digestionPathogens |
| Year | 2014 |
| Type | Rapporto di progetto (Project report) |
| Authors | Camilla Maria Braguglia, Anicet Blanch, Aranau Casanovas-Massana, Raquel Casas-Mangas, Maria Cristina Gagliano, Agata Gallipoli, Andrea Gianico, Klaudiuz Grübel, Caterina Levantesi, Francisco Lucena, Domenica Mosca, Simona Rossetti, Jan Suschka, Maria Concetta Tomei, Giuseppe Mininni |
| Text | 458506 2014 Sludge stabilization Pretreatments Anaerobic digestion Pathogens Deliverable D1.5 Enhanced stabilization processes Camilla Maria Braguglia, Anicet Blanch, Aranau Casanovas Massana, Raquel Casas Mangas, Maria Cristina Gagliano, Agata Gallipoli, Andrea Gianico, Klaudiuz Grubel, Caterina Levantesi, Francisco Lucena, Domenica Mosca, Simona Rossetti, Jan Suschka, Maria Concetta Tomei, Giuseppe Mininni Consiglio Nazionale delle Ricerche Roma , Akademia Techniczno Humanistyczna Wbielsku Bialej Poland , Universitat de Barcelona Spain This report is focussed on different strategies to enhance anaerobic digestion processes by adding either a sludge pre treatment method ultrasounds or hybrid disintegration or a post treatment aerobic or thermophilic digestion in dual stage . The investigated processes were i a dual stage mesophilic/thermophilic anaerobic digestion, with or without ultrasounds pre treatment; ii a batch mesophilic/thermophilic anaerobic system, with hydrodynamic cavitation pre treatment and iii sequential anaerobic/aerobic digestion process. A deeper knowledge of the identity and function of the microbial components would therefore allow to better control the biological processes. In order to enhance the efficiency of FISH identification, 16S rRNA gene clonal approach was also employed finalized to generate novel FISH probes and to further refine the analysis. The main scope of these activities was to investigate sustainable options to enhance anaerobic digestion in order to improve biosolids quality in terms of stability, dewaterability and hygienization by maximizing contemporarily energy recovery. The identification of the microorganisms involved in the different metabolic steps of the anaerobic digestion will be also evaluated in order to understand population dynamics and improve the methane production. Rapporto finale di progetto Deliverable D1.5 Project Report D1.5 Enhanced stabilization processes.pdf Rapporto di progetto Project report giuseppe.mininni MININNI GIUSEPPE simona.rossetti ROSSETTI SIMONA caterina.levantesi LEVANTESI CATERINA camillamaria.braguglia BRAGUGLIA CAMILLA MARIA andrea.gianico GIANICO ANDREA agata.gallipoli GALLIPOLI AGATA domenica.moscaangelucci MOSCA ANGELUCCI DOMENICA mariaconcetta.tomei TOMEI MARIA CONCETTA ROUTES Novel processing routes for effective sewage sludge management |