Biofuels and SAF Trading: How Oil Traders Handle Low-Carbon Liquid Fuels
Biofuels trade on proof as much as on volume.
In SAF and other low-carbon liquid fuels, the molecule, the spec, the life cycle carbon profile, and the compliance instrument can all carry value. A deal that looks simple at first glance often turns into a layered transaction with physical delivery, certification, and policy recognition built into the settlement.
At Nedjma, our NOOR-Trading division works on this kind of layered commodity transaction.
What traders actually need to verify
According to EIA's biofuels overview, most biofuels are used as blends with gasoline, diesel, heating oil, or kerosene-type jet fuel, while some are drop-in fuels. EIA also notes that renewable jet fuel may be called SAF, alternative jet fuel, or biojet depending on the fuel standard and market context. The IEA's carbon accounting report adds that carbon accounting covers the whole supply chain and final use, so lifecycle carbon intensity is part of the commercial value, not just an environmental label.
The commercial consequence is straightforward. A trader must know whether the contract is selling fuel only, fuel plus a recognized sustainability attribute, or fuel plus a compliance credit that can be retired under a specific program. That is the difference between a fuel cargo and a structured low-carbon deal.
The cleanest way to manage the conversation is to split the transaction into layers. That keeps logistics, certification, and hedgeable exposure separate until the contract says otherwise.
Trading layers at a glance
Commercial layer | What it covers | Why it matters |
|---|---|---|
Physical cargo | Volume, specification, batch identity, delivery point, and title transfer. | Relevant when the buyer needs the molecule delivered into a defined fuel chain. (eia.gov) |
Sustainability evidence | Feedstock pathway, life cycle carbon intensity, and certification trail. | Needed when the fuel must qualify under a policy or corporate claim. |
Compliance credit | RIN, LCFS credit, or similar instrument. | Used to show compliance under the receiving program and retired or transferred through its rules. |
Financial hedge | Futures, forwards, options, and swaps. | Used to manage price and delivery risk without changing the physical product. |
Once the layers are separated, pricing becomes easier to explain and easier to hedge. The physical fuel value follows supply, demand, freight, and storage. The attribute value follows the accepted pathway, the life cycle method, and the receiving rule set. The hedge value follows the instruments that are available for the closest liquid proxy.
How pricing works when the fuel is low-carbon
For traders, the first pricing question is not the headline number. It is whether the buyer wants a delivered molecule, a delivered molecule plus the environmental attribute, or a separate claim that can be used in another location through an approved accounting model. The second question is whether the fuel meets the relevant specification for the intended use, because renewable jet fuel and other biofuels do not all behave the same way in storage, blending, and transport. (eia.gov)
In practical terms, the price stack usually has four parts. First comes the underlying fuel value. Then come conversion and processing costs. Then come logistics, storage, and verification costs. Finally, there may be a policy-linked layer, which can be a credit, a certificate, or a recognized claim. That last layer is where many low-carbon liquid fuel deals become commercially different from fossil product deals.
Hedging and risk transfer
CFTC's futures market guide explains that futures contracts are standardized on exchanges, are commonly offset before delivery, and use margin rather than full notional payment. CFTC also notes that commodity options can be used to hedge physical supply risk or satisfy a regulatory requirement when they are embedded in forwards or structured as trade options.
Futures can help a trader hedge outright price exposure on a related benchmark while leaving the physical cargo to be settled later.
Forwards can lock in a physical delivery structure when actual supply matters more than a financial mark-to-market.
Options can preserve upside while capping downside, which is useful when buyers want flexibility rather than a fixed commitment. (cftc.gov)
Volumetric options can support physical supply flexibility when the obligation is tied to a specific volume or regulatory need.
For SAF and related low-carbon fuels, the hedge often tracks a nearby liquid proxy rather than the exact cargo, because the market for the pure product or the attribute may be less liquid than the underlying fossil fuel complex. That makes basis control and contract clarity especially important.
Policy frameworks that shape the trade
EPA's annual standards page explains that the RFS requires annual volume requirements and that the program's standards are nested. EPA's RIN page adds that RINs are compliance credits that producers generate, market participants trade, and obligated parties retire for compliance.
CARB's LCFS basics show a different structure. The program uses lifecycle carbon intensity, credits and deficits, and fuel pathways, with credits and deficits denominated in metric tons of greenhouse gas emissions. (ww2.arb.ca.gov)
For traders, the practical effect is that policy value can sit inside the price of the fuel, inside a separate credit, or inside a certificate that represents an environmental attribute. If the contract does not say which one is being sold, the settlement risk appears later.
Physical SAF versus book and claim
ICAO's book and claim paper describes a model that decouples the physical use of SAF from its environmental attributes. In other words, the fuel and the claim do not have to move together, provided the accounting and registry framework is strong enough to avoid double counting. It should be treated as a complement to physical supply, not a replacement for building real production and logistics capacity.
Physical purchase or book and claim
A physical SAF purchase transfers the fuel into the agreed logistics chain, along with the title and any attribute the contract assigns to the cargo.
A book and claim transfer moves the environmental attribute separately, which can help buyers support SAF use even when the fuel is consumed elsewhere.
Physical deals depend on storage, blending, and transport discipline, while book and claim deals depend on registry integrity and clear retirement rules.
The commercial lesson is that the two structures solve different problems. Physical supply solves logistics and fuel availability. Book and claim solves demand aggregation and attribute allocation. A mature market may use both.
Documentation and due diligence
Before signing, the trader should verify the approved fuel pathway, the product specification, the title chain, the sustainability proof, the registry status, and the settlement logic for any credit or certificate. That is the minimum needed to keep the physical deal and the compliance claim aligned.
Confirm the fuel pathway and product specification before you price the cargo.
Confirm whether the sustainability attribute stays with the fuel or is transferred separately.
Confirm which compliance program, if any, will recognize the claim.
Confirm the hedge vehicle that matches the exposure.
For adjacent operational topics, our blog covers related energy and technology questions that often sit next to trading workflows, such as reporting discipline and digital traceability.
FAQ
What is SAF and how is it traded in commodity markets?
SAF is a renewable jet fuel or similar low-carbon aviation fuel that fits the relevant fuel standard and can be used in existing aircraft and fueling infrastructure when blended as required. In commodity markets, it can trade as a physical cargo, as part of a blended supply chain, or as an environmental attribute separated through an approved accounting system. The trader's job is to keep the fuel, the documentation, and the claim aligned so the deal clears both physically and commercially.
How do oil traders price sustainable aviation fuel and other low-carbon fuels?
Pricing usually starts with the underlying fuel value and then adds or subtracts the costs of conversion, freight, storage, verification, and any sustainability attribute that a program will recognize. The IEA notes that carbon accounting is based on life cycle assessment principles, so the carbon profile of the feedstock and process matters. Under California's LCFS, credits and deficits are denominated in metric tons of greenhouse gas emissions, which makes the attribute layer commercially relevant.
What instruments do traders use to hedge SAF and low-carbon fuel risk?
Traders often use futures, forwards, options, and swaps to separate price risk from delivery risk. CFTC explains that futures are standardized, cleared contracts that are often offset before delivery, while embedded volumetric options can help manage physical supply risk or a regulatory requirement. In practice, the hedge usually tracks a related benchmark or feedstock, because many low-carbon liquid fuels are still less liquid than fossil products.
How do LCFS and RFS policies affect SAF trading strategies and pricing?
RFS and LCFS both turn policy into part of the trade. EPA says the RFS requires annual volume requirements and uses RINs as compliance credits that are generated, traded, and retired. CARB's LCFS uses lifecycle carbon intensity, credits, deficits, and fuel pathways. For SAF, that means the trader must know whether the deal is seeking volume compliance, carbon intensity compliance, or both. If the paperwork does not match the program, the deal may clear physically but fail commercially.
What is the difference between physical SAF purchases and book and claim certificates?
A physical SAF purchase transfers the fuel itself into the agreed logistics chain, so the buyer is paying for delivery, title, and the fuel specification. Book and claim separates the environmental attribute from the molecule. ICAO describes it as decoupling physical use from environmental attributes, so a buyer can claim the benefit even when the fuel is used elsewhere. The trade-off is that the registry and accounting rules must be strong enough to prevent double counting. Book and claim is best seen as a complement to physical supply, not a replacement for it.
What next?
If your team is structuring SAF, renewable diesel, or other low-carbon liquid fuel flows, contact Nedjma to discuss the commercial framework. The home page gives a quick overview of the company.
