| No. | title | download |
| Publishable Final Activity Report |
 |
|
| D2 | Project presentation |
|
| D4 | Database of crop species methane production potential |
|
| D4 | Database of values (zipped Access database) |
 |
| D5 | Standardised test procedures for assessing kinetic constraints and evaluating reaction rates |
|
| D6 | Comparison of traditional analytical procedure for assessing hydrolysis with advanced NMR techniques |
|
| D7 | Kinetic data from a modified BMP test with uncoupling of solids and liquid retention times |
|
| D9 | Inputs to the European Energy Crops Internetwork database |
|
| D11 | Optimal pre-treatment methods to increase methane yields under various conditions |
|
| D12 | Optimal storage systems for the energy crops for various climatic conditions |
|
| D13 | Characterisation of optimised silage starter cultures |
|
| D17 | Database on the methane production potential from mixed digestion |
|
| D18 | Quantification of energy deficits and surpluses for a staged approach to crop energy production |
|
| D19 | An overall energy balance for energy production taking into account energy inputs associated with farming |
|
| D21 | Comparative data on mixed and static bed reactors for inducing high rates of solids hydrolysis |
|
| D22 | Energy balance optimisation for an integrated arable/livestock farm unit |
|
| D23 | Cost-benefit analysis to determine whether farm energy production can lead to measurable advantages in the longer term productivity cycle |
|
| D25 | Life cycle energy balances on a number of crop species |
|
| D26 | Digestion and co-digestion mass balance for different operative conditions and process configurations for oily crops and agricultural market wastes |
|
| D27 | Mathematical description of the AD process with high solids feedstocks for design purposes |
|
| D28 | A DSS to assist in operational control of plant for optimisation of biogas production and methane content |
|
| D30 | Assessment of the potential for crop-derived biogas as an energy source in the EU, taking into account technical and environmental issues and socio-economic impact |
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