01
Sustainable removal
Residues may already support soil health, livestock, or other markets. Supply assumptions must respect agronomic limits and competing uses.
Area of interest · Agricultural waste to fuel
Agricultural residues need an industrial supply chain.
Agricultural waste-to-fuel is the conversion of crop residues into fuels and other energy products. A real project must determine what can be removed sustainably, collected reliably, stored safely, preprocessed consistently, and delivered within the economics of one facility.
Dependency to move
Residue quality, seasonal storage, logistics, and conversion requirements.
Milestone
A conversion-ready supply plan that answers the next diligence questions.
Counterparties
Growers, cooperatives, processors, logistics providers, and fuel buyers.
Market context
Residues are abundant. Conversion-ready supply is not.
Agricultural residues can support sustainable aviation fuel, renewable fuels, intermediates, and bioproducts.
DOE estimates the United States could sustainably collect roughly 1 billion dry tons of biomass annually across agricultural residues, forest residues, wastes, and energy crops. That national resource estimate is not a forecast of economically recoverable material for a specific site.
Project reality
The challenges are connected.
02
Seasonal logistics
Collection windows, low bulk density, storage loss, dirt, ash, moisture, and fire risk affect cost and quality.
03
Supplier fragmentation
Contracts must align volume, specification, delivery timing, testing, rejection, and remedies across many counterparties.
04
Conversion readiness
Drying, densification, blending, fractionation, or other preprocessing may be needed before material reaches the reactor.
05
Product bankability
Carbon-intensity evidence, policy qualification, product certification, and offtake must align with the capital plan.
Sharon Creek approach
Treat the feedstock network as part of the facility.
Sharon Creek can help segment suppliers, define quality bands, connect commercial terms to conversion specifications, and sequence pilots, permits, incentives, contracts, and capital so each stage answers a specific diligence question. This work is most valuable when the technology is promising but the development case still depends on untested assumptions about supply, quality, counterparties, or market value.
Map your residue supply chainWhy Sharon Creek
A resource becomes financeable only through an operating supply chain.
St. Bernard moved forward by connecting feedstock agreements and specifications to a real site, process, market route, and capital plan. For agricultural residues, that translates to segmenting suppliers, defining quality bands, planning seasonal collection and storage, and sequencing evidence before scale.
See the St. Bernard development proofDocumented founder proof
Sam Schutte originated the St. Bernard concept in 2016 and led Synthica Energy as CEO and co-founder through its July 2023 groundbreaking and into commissioning.
- $80M1
- St. Bernard project advanced from concept into commissioning
- 9 years
- From Sam Schutte’s original concept work to first feedstock
- 190,000 tons
- Designed annual food-derived feedstock capacity
1Project cost as reported by RETTEW, the facility’s lead design engineer: RETTEW, “St. Bernard Organics-to-Energy Facility”
Why Sharon Creek: Sam has built a development case around difficult organic feedstocks and the counterparties needed to move them, a practical foundation for testing agricultural residue supply, specifications, logistics, offtake, and financeability.
Choose the decision path
Advise
Capital strategy
Build an evidence sequence around residue supply, specifications, storage, logistics, conversion, and offtake.
Discuss capital strategyFund in formation
Development capital
Discuss how agricultural waste-to-fuel development fits the thesis behind a fund in formation; no offering or deployment is implied.
Discuss the fund thesisTurn a resource map into a development plan.
If your project needs a stronger commercial bridge from farms and processors to a conversion facility and fuel buyer, Sharon Creek can help define the work ahead.
Map your residue supply chainSources
Evidence behind this market view.
- DOE SAF Fact Sheet
biomass resource potential and fuel pathways
- DOE Feedstock Logistics
collection, handling, storage, transport, and preprocessing
- SAF Grand Challenge Implementation Framework
logistics and scale-up gaps
- LanzaJet Speedbird
agricultural-residue-derived ethanol-to-SAF example