Palm-Based Biofuels - Renewable Energy from Palm Feedstocks

Palm-based biofuels provide a renewable alternative to petroleum-derived fuels by converting biological palm feedstocks into energy products. Malaysia has developed significant technical expertise in palm biodiesel, with MPOB carrying out research on biodiesel technologies, standards, bioenergy and advanced palm-based fuels.

Palm biodiesel is primarily produced as fatty acid methyl ester, commonly known in Malaysia as Palm Methyl Ester. Through transesterification, palm-derived triglycerides react with methanol to form methyl esters and glycerol. The resulting PME can be used as biodiesel or blended with conventional diesel.

Palm Oil Fruit - Mars Oleochemicals Malaysia

Malaysian Palm Methyl Ester and biodiesel solutions for renewable transport and industrial-energy applications.

Palm biodiesel can be incorporated into diesel blends such as B5, B10 and B20, while B100 refers to pure biodiesel. Malaysia has established quality requirements for Palm Methyl Ester, and MPOB research continues to evaluate biodiesel performance in vehicles and other diesel applications.

Palm biodiesel is renewable, but its overall sustainability and climate performance depend on lifecycle factors including feedstock production, land use, mill operations, processing energy and supply-chain practices. International energy guidance therefore recommends transparent lifecycle carbon accounting and verified sustainability criteria when assessing biofuels.

Renewable biological feedstock
Suitable for biodiesel production
Can be converted into Palm Methyl Ester
Suitable for diesel blending
Compatible with B5, B10 and B20 fuel programmes
Established Malaysian biodiesel technology
Commercial-scale production capability
Can utilize different palm-derived feedstocks

PFAD can be processed into biodiesel
Produces glycerol as a co-product
Supports downstream palm-oil diversification
Reduces exclusive dependence on fossil diesel
Supports domestic renewable-fuel development
Can contribute to energy-security strategies
Suitable for transport applications
Established fuel-quality standards

Diversifies transport-energy sources
Reduces reliance on petroleum-derived diesel
Supports renewable-energy deployment
Adds value to the palm-oil supply chain
Supports domestic fuel production
Can strengthen energy security
Enables blending with conventional diesel

Creates value from selected palm-processing streams
Supports circular-economy research
Can utilize certain residues and by-products
Encourages development of biofuel technology
Supports rural and agricultural value chains
Supports research into renewable transport fuels
Generates useful co-products such as glycerol

B5 Biodiesel Blends
B10 Biodiesel Blends
B20 Biodiesel Blends
B100 Biodiesel
Road Transport
Commercial Vehicles
Heavy-Duty Vehicles
Plantation Machinery
Agricultural Machinery
Industrial Diesel Engines
Generator Sets
Diesel Boilers
Fleet Operations

Commercial Transport
Logistics Vehicles
Industrial Fuel Applications
Renewable Fuel Blending
Palm Methyl Ester Production
Fatty Acid Methyl Ester Production
PFAD Biodiesel
Used-Oil Biodiesel Pathways
Bioenergy Production
Renewable Transport Fuels
Research into Biojet Fuel
Biorefinery Applications
Circular-Economy Energy Systems

What is palm biodiesel? Palm biodiesel is a renewable fuel produced by converting palm-derived oils into fatty acid methyl esters, commonly known as Palm Methyl Ester.

What is Palm Methyl Ester? Palm Methyl Ester or PME is the fatty acid methyl ester produced from palm-derived feedstocks and used as the biodiesel component in diesel fuel blends.

What does B10 biodiesel mean? B10 generally refers to a diesel fuel blend containing approximately 10 percent biodiesel and 90 percent petroleum diesel by volume.

Is palm biodiesel renewable? Yes. Palm biodiesel is derived from biological palm feedstocks that can be renewed through agricultural production.

Is every renewable biofuel automatically sustainable? No. Sustainability also depends on lifecycle greenhouse gas emissions, land use, agricultural practices, processing and responsible supply-chain management.