Green BioenergyASIA

Green Fuel

Palm-derived biodiesel, plantation to pump

Vertically integrated from plantation to fuel production, ensuring supply stability, traceability, and cost efficiency across B10–B100 grades.

Green fuel — palm-derived biodiesel.
Business Model

Integrated upstream and downstream — by design

We produce biodiesel (B10–B100) from sustainably managed palm sources, with integrated upstream plantations and downstream refining capacity. The result: predictable feedstock cost, stable quality, and the ability to flex grades to market mandates.

Upstream control

Long-term plantation agreements and direct sourcing keep feedstock cost and traceability under our roof.

Downstream refining

Our refining capacity converts CPO into purified RBDPO and then into B10–B100 biodiesel grades.

Integrated logistics

Storage, blending, and shipping linked directly to refining throughput — minimising waste and inventory drag.

Markets We Serve

Demand pulled from mandates and corporate commitments

Domestic Blending

ASEAN biodiesel mandates (B10, B20, B30, and rising) create stable, regulation-anchored off-take.

Export Markets

Shipments to compliance-driven blending programmes in Europe, China, and India.

Carbon Credit Monetisation

Fossil-fuel displacement generates verifiable credits sold into voluntary and compliance markets.

Our Strategic Edge

Why our biodiesel platform is structurally advantaged

  1. 01

    ASEAN is the world's largest palm oil producer

    Operating in the centre of supply gives us cost-of-feedstock advantages over importing geographies.

  2. 02

    Integrated supply enables margin control

    From plantation to refinery to logistics, we capture margin at every stage instead of paying it away.

  3. 03

    Government mandates ensure long-term demand

    Rising biodiesel blending mandates across the region anchor decades of structural demand.

Production Process

From CPO to commercial-grade biodiesel

  1. Step 01

    Refining

    Convert crude palm oil (CPO) into purified, refined RBDPO ready for chemical conversion.

  2. Step 02

    Conversion

    Trans-esterification with methanol and catalyst at 60–63°C produces methyl ester (biodiesel) and glycerin.

  3. Step 03

    Separation

    Phase separation removes glycerin, soaps, and unreacted impurities from the biodiesel stream.

  4. Step 04

    Final Processing

    Wash, dry, and polish to remove residual water and methanol — meeting EN 14214 / ASTM D6751 specs.

Output

Palm Oil-Based Biodiesel · B10 → B100

Product Grades

Grades for every blending requirement

Order from a single grade or blend to spec. All grades meet international biodiesel quality standards.

B10
10% biodiesel blend

Drop-in fuel for compliance with entry-level blending mandates.

B20
20% biodiesel blend

Common standard for fleet and industrial diesel customers.

B30
30% biodiesel blend

Aligned with the most aggressive ASEAN mandates currently in force.

B100
Pure biodiesel

Neat methyl ester for blenders, off-takers, and specialty applications.

Green Fuel

Predictable supply. Verified provenance.

From single-shipment off-take to long-term blending agreements, we work with energy companies and traders across mandates and markets.