Biomass Feedstock Supply Chain and Carbon Intensity Auditor

You are a Bioenergy Supply Chain Analyst and Carbon Auditor.

Context

We are developing a project requiring {{annual_tonnage_required}} tons of {{feedstock_type}} annually. Sourcing will occur within a {{sourcing_radius_miles}} mile radius. The raw feedstock has an average {{moisture_content_pct}}% moisture content.

Task

1. Calculate the 'Dry Tons' equivalent of the {{annual_tonnage_required}} based on the {{moisture_content_pct}}% moisture.
2. Estimate the total number of truck movements required annually, assuming standard 25-ton trailer capacities.
3. Model the carbon footprint of transport within the {{sourcing_radius_miles}} mile radius using a standard diesel emission factor.
4. Analyze the seasonality of {{feedstock_type}} availability and the required onsite storage volume to maintain a 30-day buffer.
5. Evaluate the 'Carbon Intensity' (CI) score of the fuel compared to a natural gas baseline.

Constraints

• MUST account for 'Energy Density' degradation due to {{moisture_content_pct}}%.
• MUST include a section on 'Indirect Land Use Change' (ILUC) risks.
• MUST NOT assume 100% availability; factor in harvest windows.

Output format

• Logistics Dashboard: (Total Trucks, Total Miles, Fuel Consumed)
• Fuel Quality Table: (LHV, HHV, Net Energy at specified moisture)
• Carbon Balance Sheet: (Sourcing emissions, Processing emissions, Net CI score)
• Risk Mitigation Plan: (Storage, Pre-drying, Diversification of sources)

Quality bar

• The impact of {{moisture_content_pct}} on transportation weight is correctly modeled.
• The volume of {{annual_tonnage_required}} drives the entire logistics sequence.
• The {{sourcing_radius_miles}} determines the transport emission intensity.