Sustainable feedstocks
Priority on waste and residue feedstocks to avoid competition with food crops and reduce land-use concerns.

Overview
Bio-fuel options let customers reduce the lifecycle emissions of their ocean freight by funding the use of sustainable bio-fuel blends in vessel operations. Fuel is bunkered into vessels serving the network and allocated to participating shipments in proportion to their transport work.
Fuels are sourced from waste and residue feedstocks such as used cooking oil, with sustainability documentation checked before purchase. Emissions benefits are assessed on a well-to-wake basis so the reduction reflects fuel production as well as combustion.
Because bio-fuel supply and price vary by port and period, options are confirmed on request. Customers receive documentation covering the volume allocated, the feedstock and the estimated emissions reduction for their shipments.

By request
Availability
How we work
Our teams connect operational decisions with measurable priorities and clear communication.
Priority on waste and residue feedstocks to avoid competition with food crops and reduce land-use concerns.
Reductions assessed well-to-wake, including fuel production and transport, rather than tank-to-wake combustion alone.
Bio-fuel benefit allocated to participating shipments in proportion to their TEU-kilometres on the relevant services.
Batch records, feedstock information and calculation methods are provided so customers can evidence their claim.
Fuel suppliers are reviewed for sustainability certification and traceability before bio-fuel is purchased.
Customers receive an estimate of emissions avoided compared with conventional marine fuel for the same shipments.
Performance & context
How it works
A consistent process helps translate priorities into decisions, delivery and review.
Capture origin, destination, transport mode, cargo weight and relevant shipment or service details. Confirm whether the requested estimate covers a single leg or a multi-leg logistics chain.
Identify included activities and lifecycle scope. For comparable logistics-chain reporting, apply consistent boundaries and disclose exclusions, allocation choices and any material data limitations.
Calculate transport activity and apply appropriate mode-specific emissions factors. The GLEC Framework provides logistics emissions accounting guidance and is aligned with ISO 14083 requirements for quantifying and reporting transport-chain emissions.
Check units, assumptions and available data quality, then interpret the result as an estimate. Retain supporting inputs and do not present indicative outputs as independently verified inventory figures.
Reference
| Consideration | Why it matters | Practical response |
|---|---|---|
| Scope | Defines what is included | Agree boundary before comparison |
| Operational context | Availability differs by route and provider | Confirm details with the service team |
| Evidence | Supports credible decisions | Keep source records and assumptions |
| Review | Conditions and data can change | Reassess periodically |
In operation
Our sustainability work depends on collaboration across the logistics chain. Fast Safe Cargo teams can discuss biofuel options priorities, operational context and available information for your requirements.

Working together on progress


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Our CommitmentOur pathway to net-zero emissions by 2050, with a 40% cut in CO₂ intensity by 2030 against a 2019 baseline.
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