Energy recovery papers examine pre-treatment, co-substrates and biogas quality. They show that the energy step is a chain of choices; the digestate that remains still belongs to the wider nutrient-management story.
This section preserves 19 historical presentation titles. A title documents a research question, not the result or a recommendation for current practice.
Questions in this session
19 of 19 entries shown
- S7.01Energetic assessment of extrusion as pre-treatment to improve the anaerobic digestion of agricultural ligno-cellulosic biomasses
- S7.02Brassicaceae sp. catch crops as co-substrate for agricultural biogas production
- S7.03Sulfide removal from biogas mediated by photosynthetic anaerobic bacteria consortium
- S7.04Optimization of anaerobic treatment of organic residues: The Role of trace elements in volatile fatty acids degradation and methane yield optimization
- S7.05The value of agro-industrial by-products for biogas production: BMP (Biochemical Methane Potential) test
- S7.06Effects of fungal pre-treatments on wheat straw, a co-substrate for anaerobic digestion of manure
- S7.07Biogas production in a small family farm concept and in a large pig unit in Brasil and optimisation potentials
- S7.08Potential energy recovery and environmental pollution from the storage of the liquid fraction of co-digested pig slurry
- S7.09Potential and applicability of non-land consuming substrates for fermentation in biogas plants in Germany
- S7.10Anaerobic digestion of agroalimentary industry wastes at laboratory scale
- S7.11Collecting the solid fraction from cattle slurries for biogas production
- S7.12Effect of glycerol concentration and pH level on biological hydrogen and methane production
- S7.13Development of a microalgae process to recycle nutrients (N and P) from digestate: effect of the influent color
- S7.14Evaluation of the production of second generation biofuels via use of agricultural waste generated in sugar production in Brazil
- S7.15Anaerobic co-digestion of cheese whey and liquid dairy manure in a CSTR digester
- S7.16Anaerobic co-digestion of cheese whey and liquid dairy manure: batch tests
- S7.17Agricultural and industrial wastes co-digestion: batch versus semi-continuous anaerobic digestion yield and mass balance
- S7.18Energy generation from mechanically separated pig slurry – Incineration and biogas
- S7.19Biological production of methane and hydrogen from pig slurry and scotta
Read in context
This is a historical bibliographic index. For the full meeting overview, see RAMIRAN 2013; for current explanations of nutrient and material pathways, visit the research guides.