Palm Acid Oil

Palm Acid Oil

Palm Acid Oil (PAO) is a biofuel feedstock obtained from Palm Oil Mill Effluent (POME). It is produced as a by-product of the chemical refining of palm oil and contains more than 50% free fatty acids along with neutral oil, as well as 2–3% moisture and other impurities. PAO closely resembles Palm Fatty Acid Distillate (PFAD), though it typically has a lower free fatty acid content. It is increasingly utilized as a blending component in transportation biofuels.

Packaging Formats

Flexitanks & Isotanks

Flexitanks & Isotanks

In 20 foot containers filled using flexi tanks with capacity approx. 21 metric tons each. Shipment terms for containerized cargo may be CIF destination or FOB, as required.

Bulk Shipments

Bulk Shipments

Bulk consignments ranging from 1,500 to 5,000 metric tons are loaded directly from shore tanks at the port. All bulk shipments are conducted strictly on an FOB basis.

Specifications

Composition
Appearance
Industrial Grade
Free Fatty Acid (FFA) Content
Melting Characteristics

Benefits

High Energy Content
Rich in Natural Fatty Acids
Renewable & Sustainable
Versatile Industrial Applications
Cost-Effective Feedstock
Supports Circular Economy
Usage

Applications of Palm Acid Oil

L

Laundry Soaps

It is used in manufacturing soaps containing strong chemicals for washing clothes.

C

Calcium Soaps

These calcium soaps are utilized in animal feed formulations.

B

Biofuel Industry

Used as a renewable feedstock in biofuel production.

The origins of Palm Acid Oil

The Origins of Palm Acid Oil

The largest waste by-product generated during crude palm oil (CPO) production is palm oil mill effluent (POME). For every ton of CPO produced, approximately 2.9 tons of POME are generated. POME results from the large volumes of steam and hot water used to clean the fruit and separate the shell and cake from the palm fruit.

The water and steam are discharged on the mill floor and directed into waste ponds where POME residue collects. Once PAO is processed and extracted from POME, the remaining residue can be sold as feedstock for producing second-generation biofuels.

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