Annex IX Part A — Advanced Feedstock

Spent Bleaching Earth Oil (SBEO)

A high-value refining residue from vegetable oil processing — classified as RED III Annex IX Part A, the highest regulatory category. Uncapped, double-counted and increasingly sought after by SAF and HVO producers.

✓ Annex IX Part A✓ Uncapped✓ Double-counted✓ ISCC EU & CORSIA

What Is Spent Bleaching Earth Oil (SBEO)?

Spent bleaching earth oil (SBEO) is a residue generated during the bleaching stage of vegetable oil refining. Bleaching clay (fuller's earth) is used to remove colour pigments, oxidation products and trace contaminants from crude palm, rapeseed or sunflower oil. The spent clay retains 20–50% of its weight in trapped oil — this extracted oil is SBEO.

SBEO is classified as an Annex IX Part A advanced feedstock under EU RED III — the highest regulatory category, ahead of Annex IX Part B (UCO, animal fats). Part A feedstocks are uncapped and double-counted, meaning every tonne of SBEO-derived biofuel counts twice towards EU renewable energy mandates with no blending ceiling.

SUAT Fuels sources SBEO directly from palm and vegetable oil refineries in Southeast Asia and Europe, with full ISCC EU chain-of-custody documentation from extraction point to delivery.

Why Spent Bleaching Earth Oil (SBEO) for Renewable Fuels?

Annex IX Part A — Highest Category

Uncapped and double-counted under EU RED III — the most valuable regulatory classification. No blending ceiling unlike Annex IX Part B feedstocks.

>85% GHG Savings

More than 85% lifecycle GHG reduction vs fossil diesel. Per tonne processed, approximately 2.5 tonnes CO₂e prevented vs virgin oil baseline. Premium value for mandate compliance.

Circular Economy Feedstock

SBEO avoids costly waste disposal and converts a refinery waste stream into high-value biofuel feedstock. Supports circular economy reporting for refiners.

Growing Scarcity

As advanced biofuel demand grows, Annex IX Part A feedstocks like SBEO command increasing price premiums. Forward supply agreements are strongly recommended.

Quality Specifications

Standard quality parameters for Spent Bleaching Earth Oil (SBEO) as supplied by SUAT Fuels. Contact us for batch-specific Certificate of Analysis (CoA).

Parameter Typical Value Limit Test Method
Lipid / Oil Content 20–50% min 20% AOCS Am 5-04
Free Fatty Acids (FFA) 3–25% per grade AOCS Ca 5a-40
Phosphorus <10 ppm max 10 ppm EN 14107
Peroxide Value <5 meq/kg max 5 AOCS Cd 8-53
Heavy Metals (Fe, Cu) <5 ppm max 5 ppm ICP-OES
Moisture / MIU <3% max 3% AOCS Ca 2b-38
Density 0.900–0.940 kg/L EN ISO 3675
Unsaponifiable Matter <5% AOCS Ca 6a-40

Regulatory Status & Certifications

EU RED III — Annex IX Part A (Highest Category)

  • Classified as Annex IX Part A advanced feedstock — uncapped and double-counted with no blending ceiling
  • Qualifies as a refining residue under EU Waste Framework Directive — not a primary production output
  • ISCC EU certification required for chain-of-custody — SUAT holds active ISCC EU and ISCC CORSIA licences
  • Eligible for advanced biofuel production under EU RED III, national mandates and ReFuelEU obligations
  • Also classified as EU Waste Framework Directive waste — subject to waste shipment regulations for cross-border movement

Applications

FAME Biodiesel

Blendable with other feedstocks (up to 30%) in standard FAME transesterification. High FFA content handled via acid esterification pre-treatment.

HVO Pre-treatment Feed

After lipid extraction and pre-treatment, SBEO oil fraction fed into HVO hydrotreating units. Produces renewable diesel or SAF blendstock.

Advanced SAF

As Annex IX Part A, SBEO-derived SAF qualifies for highest incentive value under ReFuelEU and CORSIA. Increasingly targeted by SAF producers.

Industrial Combustion

Unrefined SBEO used as industrial burner fuel substitute for heavy fuel oil. Lower calorific value but near-zero waste alternative.

Origins & Availability

Primary supply from Southeast Asian palm oil refineries (Malaysia and Indonesia account for the largest volumes globally). Secondary sources include European vegetable oil refineries processing rapeseed, sunflower and soybean oils. South American soybean oil refineries are an emerging supply source. SUAT coordinates extraction contracts directly with refinery operators.

Frequently Asked Questions

Why is SBEO classified as Annex IX Part A rather than Part B?

SBEO is a genuine refining residue — it is not the intended product of the vegetable oil refining process, and it would be disposed of as waste without the biofuel market. This waste/residue classification places it in Annex IX Part A under EU RED III, the highest regulatory tier. Part A feedstocks are uncapped and double-counted, while Part B feedstocks (UCO, animal fats) share a 1.7% transport energy sub-cap from 2030.

What is the typical lipid content of SBEO and how is it measured?

SBEO typically contains 20–50% extractable oil (lipids), with the remainder being spent bleaching earth clay. Oil content is measured per AOCS method Am 5-04 (solvent extraction). Higher lipid content (>35%) indicates premium-grade SBEO and commands better pricing. Phosphorus (<10 ppm) and peroxide value (<5 meq/kg) are key quality indicators for downstream processing.

Does SBEO require pre-treatment before biofuel production?

Yes. SBEO must undergo lipid extraction (solvent or mechanical pressing) to separate the oil fraction from the clay matrix. The extracted oil then requires degumming, neutralisation and filtration before entering HVO or FAME processes. High FFA content (up to 25%) necessitates acid esterification pre-treatment. SUAT can connect buyers with pre-treatment technology partners.

Is SBEO eligible for CORSIA-compliant SAF production?

Yes. SBEO qualifies as a feedstock for ISCC CORSIA certified supply chains. SUAT Fuels holds ISCC CORSIA certification and provides the sustainability documentation required for CORSIA-eligible SAF claims under ICAO reporting frameworks.

What are typical minimum order quantities for SBEO?

SBEO is typically traded in 100 MT minimum quantities (ISO tank containers) up to multi-thousand tonne bulk shipments. Due to the bulky clay matrix (20–50% oil content), logistics costs per unit of oil are higher than for liquid feedstocks. SUAT advises on optimal shipment sizing to minimise landed cost per tonne of extractable oil.

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