The energy section focuses on what happens before digestion: temperature, chemical treatment, straw and feedstock combinations. It raises a useful comparison between extra processing effort and the potential value of the resulting biogas.
This section preserves 14 historical presentation titles. A title documents a research question, not the result or a recommendation for current practice.
Questions in this topic
14 of 14 entries shown
- 0025EXTREME THERMOPHILIC PRE-TREATMENT OF MANURES FOR IMPROVED BIOGAS PRODUCTION
- 0027THE EFFECT OF THERMO-CHEMICAL PRE-TREATMENT ON THE ULTIMATE BIOGAS POTENTIAL OF STRAW
- 0029POSSIBILITIES TO OPTIMISE FEEDSTOCK MIXTURES FOR BIOGAS PRODUCTION
- 0045THE PROBIOGAS PROJECT: AN INTEGRATED APPROACH OF THE ANAEROBIC CO-DIGESTION OF AGRICULTURAL WASTES FOR PRODUCTION OF BIOGAS AND FERTILISERS
- 0060PRE-TREATMENT: THE KEY ISSUE IN VINASSE VALORIZATION
- 0078RESIDUAL LARD FAT: A GOOD ALTERNATIVE AS BIODIESEL RAW MATERIAL
- 0127EFFECT OF BIOMASS HYDROLYSIS ON BIOGAS PRODUCTION
- 0198EVALUATION OF YIELDING ABILITIES OF LATVIAN FLAX VARIETIES AND FUTURE PROSPECTIVES
- 0207COMPARISION OF THREE PREATMENTS FOR ORGANIC MATTER SOLUBILIZATION FROM OFMSW
- 0232USE OF MICROWAVE AND THERMO-CHEMICAL PRETREATMENTS FOR IMPROVEMENT OF AGRICULTURAL OR AGRI-FOOD WASTES CONVERSION INTO BIOGAS
- 0256THE (RE)USE OF MECHANICAL SEPARATED SOLID FRACTION OF DIGESTED OR NOT DIGESTED SLURRY IN ANAEROBIC DIGESTION PLANTS
- 0304EFFECTS OF ANTIBIOTIC RESIDUES IN FERMENTATION SUBSTRATES ON BIOGAS YIELD
- 0305ANAEROBIC DIGESTION EXPERIMENT USING CYNARA CARDUNCULUS L. STALKS.
- 0030POSSIBILITIES FOR SUSTAINABLE AGRARIAN FEEDSTOCK PRODUCTION AND UTILISATION
Read in context
This is a historical bibliographic index. For the full meeting overview, see RAMIRAN 2010; for current explanations of nutrient and material pathways, visit the research guides.