| Title | Description | Download |
| The biodigester’s business case | Explain the added value of bioslurry and bioslurry enriched compost for Ugandan, Kenyan and Sahelian farmers. Bioslurry and Bioslurry Enriched Compost boost your harvest and cut costs on chemical fertilisers. This delivers a quick return on investment in just 1 to 3 years. | |
| Biomethane potential of urban food waste in Africa | Expansion of Anaerobic Digestion in Africa is limited by high investment costs and concerns on feedstock availability. There is a huge untapped potential in urban and household waste including sewage sludge which have significant biomethane potential due to their high organic content, moisture level and biodegradability. This poster, exploring the biomethane potential, estimated the biomethane potential of urban food waste in Africa at 24 billion cubic meter (BCM). | |
| The process of making bio-slurry enriched compost (BEC) | Explanation of criteria and steps needed for a successful BEC creation, including best practices for maintenance and tips for quality assessment. | |
| Which soils benefit most from bio-slurry and BEC in Burkina Faso ? (in French) | Illustrating factors used for soil quality analysis and estimated response to bio-slurry and BEC use and map of Burkina Faso soils and their potential to benefit from bio-slurry and BEC. | |
| Which soils benefit most from bio-slurry and BEC in Uganda? | Illustrating factors used for soil quality analysis and estimated response to bio-slurry and BEC use and map of Ugandan soils and their potential to benefit from bio-slurry and BEC. | |
| Which soils benefit most from bio-slurry and BEC in Kenya ? | Illustrating factors used for soil quality analysis and estimated response to bio-slurry and BEC use and map of Kenyan soils and their potential to benefit from bio-slurry and BEC. | |
| Impacts of organic fertilizers | Comparing the long and short term impacts of different organic fertilizers: fresh and dried bioslurry, bioslurry-enriched compost (BEC), compost, manure, with chemical fertilizer. | |
| Best practices for bio-slurry storage to minimize losses | Best practices to reduce common losses during bioslurry storage. | |
| Reducing nitrogen losses during bioslurry application | Best practices to reduce common losses during bioslurry application. | |
| Kenya has abundant biomass residues for biogas and bio-slurry | Showing proportion of primary, secondary, and tertiary biomass residue availability in Kenya. | |
| Which feedstocks for best biogas yield and nutrient contents in bio-slurry? | Showing which feedstocks and combinations of feedstock yield most biogas, and highest quality bioslurry. | |
| The process of making compost | Explains the steps to create compost, and ideal compost composition and proportions. |
OFVI – ABC
