Renewable diesel storage terminals across North America, Europe and Asia-Pacific are being rebuilt at pace in 2026, as operators race to secure capacity for waste-based feedstocks and sustainable aviation fuel (SAF). Vopak alone has repurposed 22 tanks in Los Angeles for a combined 39 million gallons of dedicated storage, feeding directly into Los Angeles International Airport. This list ranks the ten facilities doing the heaviest lifting in that build-out, from Gulf Coast bio-blending hubs to Rotterdam’s newest dedicated SAF infrastructure.
How We Ranked the Top 10 Renewable Diesel Storage Terminals
Ranking accounts for repurposed or dedicated capacity, feedstock diversity (waste oils, tallow, used cooking oil), and each site’s direct pipeline or marine link to biorefineries and airports. Not every facility on this renewable diesel storage terminals list discloses full capacity figures, so strategic significance to nearby producers and regulatory mandates carries extra weight in the ranking.
1. Vopak Terminal Los Angeles — United States
Vopak‘s Wilmington, California site repurposed 22 storage tanks with a combined capacity of 39 million gallons, dedicated explicitly to Neste’s SAF and renewable diesel distribution. The terminal functions as a direct supply line into Los Angeles International Airport, one of the busiest SAF-consuming hubs in the United States. Its scale and airport proximity put it at the top of this renewable diesel storage terminals list. See Vopak’s global terminal footprint for context on the wider network.
2. Stolthaven New Orleans Terminal — United States
Sitting closest of any public terminal to the mouth of the Mississippi River, this site is a critical gateway for waste feedstocks including tallow, animal fats and used cooking oil. It supplies nearby Gulf Coast biorefineries that convert those feedstocks into renewable diesel and SAF. Its river-mouth position gives it logistics reach that inland terminals cannot match. See Stolthaven’s global terminal network.
3. Kinder Morgan Galena Park / Pasadena Hub — United States
Kinder Morgan, the largest independent terminal operator in the US, runs this Houston Ship Channel complex for complex bio-blending. It operates as a primary hub for domestic and export-bound SAF logistics, drawing on the concentration of refining and blending capacity along the channel. Its scale places it among the busiest renewable fuel terminals in Texas.
4. Magellan Galena Park Terminal — United States
A separate Gulf Coast hub integrated with extensive pipeline networks, allowing large-scale blending and onward movement of renewable diesel and SAF across the country. Its pipeline connectivity, rather than storage volume alone, is what secures its place on this list. The Houston Ship Channel location gives it access to the same feedstock and refining ecosystem as its Kinder Morgan neighbour.
5. Vopak Terminal Vlaardingen — Rotterdam, Netherlands
Vopak built newly dedicated infrastructure here specifically to store waste-based feedstocks: used cooking oil and tallow. The terminal feeds Shell’s major biorefinery in the Port of Rotterdam, making it one of the most tightly integrated feedstock-to-refinery links on this renewable diesel storage terminals ranking. Rotterdam’s position as Europe’s largest port gives the site strong onward distribution options.
6. Stanlow Terminals New Energies Hub — Mersey Estuary, UK
Stanlow is the UK’s largest bulk liquid storage provider, with 3 million cubic metres of capacity. It is scaling to handle more than 200,000 tonnes of SAF annually through a dedicated Methanol-to-Jet production and import hub, one of the more ambitious SAF infrastructure projects in Europe. Full background on the project is available via Stanlow’s SAF hub pre-FEED completion.
7. Evos Rotterdam / Ghent Terminals — Netherlands & Belgium
Evos operates 8 terminals across Europe and acts as a primary storage and logistics node for international clean-fuel producers, including a SAF storage agreement with EcoCeres. Its multi-site footprint across two countries gives it flexibility that single-site terminals lack. More on the operator’s wider platform is available via Evos’ terminal operations.
8. Service Terminals Rotterdam (GreenSTR) — Rotterdam, Netherlands
Home to the newly launched GreenSTR project, this site adds roughly 100,000 cubic metres of dedicated storage built exclusively for biofuels, biodiesel and bio-methanol. It is one of the few terminals on this list built from the ground up for renewable products rather than repurposed from fossil fuel service, giving it purpose-built segregation advantages.
9. Navigator Terminals Seal Sands / Thames — United Kingdom
These major UK independent storage facilities are optimised to handle specialised renewable biomass and waste feedstocks required for domestic SAF blending mandates. Their dual-site structure, spanning the North East and South East of England, gives Navigator national coverage for UK blending compliance.
10. Vopak Terminal Singapore — Singapore
Positioned near Neste’s expanding Singapore refinery, this terminal is the primary Asia-Pacific gateway for bulk storage, blending, and marine and aviation bunkering of SAF and renewable diesel. It closes out the list as the only Asia-Pacific facility with confirmed dedicated capacity at this scale, reflecting how concentrated the region’s SAF storage infrastructure still is in 2026.
Renewable Diesel Storage Terminals: Why the Infrastructure Is Different
Unlike crude oil, renewable diesel and SAF infrastructure demands specialised engineering. Feedstock conditioning systems keep high-viscosity fats and tallows liquid through tank heating. Segregated piping, usually stainless steel or epoxy-lined, prevents cross-contamination with fossil fuels moving through the same terminal.
Precision blending infrastructure is equally critical. Inline injection systems mix pure SAF with conventional jet fuel up to the certified 50% regulatory limit, a threshold set by IATA’s SAF certification framework. Terminals unable to meet these conditioning and segregation requirements are effectively locked out of the renewable diesel and SAF supply chain, regardless of how much raw tank capacity they hold.
The Future of Renewable Diesel Storage Terminals: What to Watch in 2026
Expect further tank conversions rather than new-build storage through the rest of 2026, as operators find it faster and cheaper to retrofit existing fossil fuel infrastructure than to build from scratch. Watch feedstock sourcing agreements closely: as UCO and tallow supply tightens, terminals with locked-in feedstock contracts, like Vopak’s Rotterdam link to Shell, will hold a structural advantage over those competing on the spot market. Vopak’s own energy transition programme is a useful bellwether for where the next wave of terminal conversions will land.
Which terminal ranks number one on this renewable diesel storage terminals list?
Vopak Terminal Los Angeles ranks first. It repurposed 22 tanks for 39 million gallons of combined SAF and renewable diesel capacity, feeding directly into Los Angeles International Airport.
What criteria determine the ranking?
Ranking weighs repurposed or dedicated storage capacity, feedstock diversity (waste oils, tallow, used cooking oil), and each terminal’s direct pipeline or marine connection to biorefineries and airports.
Why do Gulf Coast terminals feature so heavily on this list?
The Houston Ship Channel concentrates refining, blending and pipeline infrastructure in one corridor, giving terminals there like Kinder Morgan Galena Park and Magellan Galena Park easy access to both feedstock supply and export logistics.
What is GreenSTR and why does it matter for renewable diesel storage terminals?
GreenSTR is a Service Terminals Rotterdam project adding roughly 100,000 cubic metres of storage built specifically for biofuels, biodiesel and bio-methanol, one of the few purpose-built rather than repurposed sites on this list.
What could reshape this ranking before 2027?
New feedstock supply agreements and further tank conversions are the most likely drivers. Terminals that lock in UCO and tallow contracts, like Vopak’s Rotterdam-Shell link, are positioned to move up as spot-market feedstock competition intensifies.