Global feedstock

Master the Moment and Reach Your Peak with Defoes

"Global feedstock markets sit at the meeting point of agriculture, energy, industry and trade. For investors and internationally active businesses, they matter because the raw materials entering fuels, chemicals, food systems and manufactured goods increasingly shape both operational resilience."

Global feedstock markets sit at the meeting point of agriculture, energy, industry and trade. For investors and internationally active businesses, they matter because the raw materials entering fuels, chemicals, food systems and manufactured goods increasingly shape both operational resilience and the economics of the energy transition.

The objective is not simply to identify demand growth. It is to understand where supply is genuinely durable, how it reaches end markets, and which structural pressures can reshape pricing, availability and access over time.

Across conventional markets, oilseeds, vegetable oils, grains, natural gas and crude-derived inputs remain foundational. Alongside them, a more specialised market has developed around used cooking oil, animal fats, agricultural residues, forestry by-products, municipal waste and recycled materials. These inputs can support renewable diesel, sustainable aviation fuel, bio-based chemicals and circular manufacturing.

They are not interchangeable. Quality, traceability, collection systems, transport costs and regulatory eligibility all affect commercial value.

This creates a practical obstacle. Demand for lower-carbon fuels and materials is expanding faster than the supply chains required to collect, verify and deliver suitable feedstocks. The International Energy Agency has projected that demand for vegetable oils, waste and residue oils and fats used in biodiesel, renewable diesel and biojet fuel could rise by 56 per cent to 79 million tonnes between 2022 and 2027 in its main case.

That pressure places a premium on dependable sourcing rather than simple volume. Feedstocks with credible provenance, efficient logistics and established conversion routes may be materially more valuable than apparently abundant alternatives with weak supply-chain infrastructure.

Supply is also geographically uneven. Agricultural production may be concentrated in one region while processing capacity, policy incentives and end-user demand sit elsewhere. Weather disruption, crop yields, export restrictions, port capacity and currency movements can therefore affect a feedstock long before it reaches a refinery or manufacturer.

In waste-based markets, the challenge is different. Supply depends on dispersed collection networks, robust auditing and confidence that material has not been counted twice or misrepresented. Traceability is not a secondary consideration; it can determine whether a material remains commercially eligible.

For clients considering real-asset and alternative-market themes, this distinction is significant. A feedstock is not merely a commodity. It is part of a chain: origin, aggregation, certification, transport, conversion and final demand. Weakness at any stage can reduce margins, delay production or alter the environmental credentials on which a project’s economics depend.

The long-term opportunity lies in market diversity. Global oils and fats supplies are forecast to rise from 294 million metric tonnes in 2024 to 354 million tonnes by 2030. Yet broader supply growth does not remove competition for the most traceable, scalable and policy-eligible materials.

Innovation may widen the available pool through improved residue recovery, advanced processing, biorefining and recycled-carbon inputs. Refinery co-processing can also integrate certain renewable materials into existing infrastructure, potentially reducing capital requirements and accelerating deployment.

However, greater opportunity brings greater complexity. Regulation can support demand, but eligibility rules, sustainability standards and changing incentives can materially alter market access. Food-versus-fuel considerations remain relevant for crop-based inputs. Waste-derived materials may offer compelling circular-economy characteristics, yet constrained supply can expose them to intense competition and fraud risk.

The appropriate lens is therefore disciplined: assess provenance, logistics, processing technology, contractual structures and regulatory context together.

Defoes approaches global feedstock markets as an access and diligence question. First, establish the client’s objective, whether it is diversification, exposure to structural resource demand or a clearer understanding of transition-linked infrastructure. Second, evaluate the underlying supply chain rather than relying on headline projections. Third, consider how specialist platforms, operators and advisers may provide informed access to opportunities that are otherwise fragmented or operationally complex.

The resolution is not certainty; commodity and regulatory markets remain volatile. It is greater clarity over what is scarce, what is substitutable and where value may be created through reliable supply and credible processing. For long-term capital, that perspective can support more resilient decision-making in a market shaped by physical constraints as much as policy ambition.

Disclaimer: The content provided herein is for general informational purposes only and does not constitute financial or investment advice. It is not a substitute for professional consultation. Investing involves risk, and past performance is not indicative of future results. We strongly encourage you to consult with qualified experts tailored to your specific circumstances. By engaging with this material, you acknowledge and agree to these terms.