BIOENERGY SYSTEMS ARCHITECT
Vision to "Convert sunlight captured by plant tissue
to bio-methan with less energy and maximized output"
Design & development of sustainable comprehensive biogas projects
The strategy of Agrofora is as consulting firm to partner up with private and public clients to implement sustainable and comprehensive biogas technology and networks connecting rural and urbane areas.
We provide expertise that span a variety of fields from feasibility study, risk assessment, fundraising, project design and implementation. We help our partners identify opportunities, overcome their challenges and transform their ideas and plans into viable and efficient use of bioenergy.
Deliverables
Biogas Economy and Fundraising
Initial fundraising from local, regional, national and international private and public funds
Biogas value estimation from generation of electricity, heat, nutrition’s, certificates and CO2 reduction
Cash flow schemes and revenue mapping
Independent investments counselling in biogas setup and infrastructure
Biogas Risk
Secure deliverance of biogas
Enable a coherent steady biogas sale
Key risk evaluation and risk management
Mitigation plans to secure return on investment
Sustainability of Biogas
Calculation of Carbon footprint reduction by biogas
Estimation of the potential recycling volume of nitrogen and phosphor (NP) by fermentation
How to balance surplus of wind electricity by upgrading CO2 to CH4
Design of how to implement biogas plants gently in the landscape
Potential number of new jobs generated by biogas projects
Strategic planning to substitute fossil fuel with biogas and other renewables
Biogas Plant
Project management of biogas plant implementation: Idea, tender, production
Initial scheme generation with stakeholder and framework mapping
Organizing biogas plant ownership, stakeholder involvement and daily staffing conditions
Design of biogas plant to be aligned with biomass resources, heat contribution & biogas consumption
Aligning biomass supply with biomass potential, farm structure and biogas plant site
Optimizing biomass mixture to maximize fermentation and secure biogas production
Cost reduction by utilization of non-value crops, wastes, degraded fodder, etc.
Estimation of potential nutrient production, reduced N leaching and increased crop yield
Due-diligence of biogas plants: Central, de-central or both
Biogas Infrastructure
Development, project management and implementation of rural and urban biogas infrastructure
Design of comprehensive biogas integration within existing energy infrastructure
Implementation of biogas grid infrastructure to minimize transportation
Utilization of co-generated heat by biogas electricity generation
Conversion of biogas by upgrade to natural gas for transportation and conventional consumption
Due-diligence of biogas infrastructure: Biogas grid, biomass transport or both
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