Renewable Fuels

Biodiesel & Advanced Biofuels

Trade premium biodiesel, renewable diesel, and advanced biofuels. All products meet international quality standards and sustainability requirements.

Biodiesel (FAME Products)

Fatty Acid Methyl Ester biodiesel from various feedstocks

UCOME
Used Cooking Oil Methyl Ester
Biodiesel produced from used cooking oil through transesterification. One of the most sustainable and widely traded biodiesels globally.

Key Benefits

  • Excellent sustainability credentials
  • Reduces greenhouse gas emissions by up to 90%
  • Widely accepted in European markets
  • Meets EN 14214 biodiesel standard
  • Lower carbon intensity than fossil diesel

Applications

Transportation fuelHeating oilIndustrial applicationsBiodiesel blending

Specifications

Feedstock:Used Cooking Oil (UCO)
Process:Transesterification
Sustainability:High - waste-based
Typical Use:B7-B100 blends
FWME
Food Waste Methyl Ester
Biodiesel derived from food waste oil. Emerging sustainable fuel with exceptional environmental benefits.

Key Benefits

  • Diverts food waste from landfills
  • Ultra-low carbon intensity
  • Premium sustainability rating
  • Growing market demand
  • Circular economy solution

Applications

Premium biodiesel blendsLow-carbon fuel programsSustainable transport

Specifications

Feedstock:Food Waste Oil
Process:Transesterification
Sustainability:Very High - waste valorization
Typical Use:B7-B100 blends
TCOME
Technical Corn Oil Methyl Ester
Biodiesel produced from technical corn oil, a by-product of corn ethanol production. Consistent quality and large-scale availability.

Key Benefits

  • Consistent quality and supply
  • Co-product of ethanol industry
  • Good cold weather performance
  • Meets ASTM D6751 standards
  • Reliable sourcing from corn belt regions

Applications

Biodiesel blendingTransportation fuelAgricultural equipment fuel

Specifications

Feedstock:Technical Corn Oil (TCO)
Process:Transesterification
Sustainability:High - agricultural by-product
Typical Use:B5-B20 blends
FAME
Fatty Acid Methyl Ester (Generic)
Generic biodiesel produced from various vegetable oils and animal fats. The most common form of biodiesel worldwide.

Key Benefits

  • Widely available globally
  • Compatible with existing diesel engines
  • Reduces particulate emissions
  • Biodegradable and non-toxic
  • Established supply chains

Applications

Transportation fuelMarine fuelStationary enginesHeating applications

Specifications

Feedstock:Various oils and fats
Process:Transesterification
Sustainability:Varies by feedstock
Typical Use:B5-B20 blends
RME
Rapeseed Methyl Ester
Biodiesel produced from rapeseed (canola) oil. Popular in European markets with good cold weather properties.

Key Benefits

  • Excellent cold flow properties
  • High cetane number
  • Well-established in Europe
  • Good oxidation stability
  • Meets EN 14214 standard

Applications

European biodiesel marketWinter fuel blendsTransportation fuel

Specifications

Feedstock:Rapeseed oil
Process:Transesterification
Sustainability:Medium - crop-based
Typical Use:B7-B30 blends
PME
Palm Methyl Ester
Biodiesel from palm oil. High energy content but sustainability depends on sourcing practices.

Key Benefits

  • High energy density
  • Cost-effective production
  • Large-scale availability
  • Good cetane number
  • RSPO certification available

Applications

Tropical climate biodieselIndustrial applicationsPower generation

Specifications

Feedstock:Palm oil
Process:Transesterification
Sustainability:Varies - certification important
Typical Use:B5-B20 blends
TME
Tallow Methyl Ester
Biodiesel produced from rendered animal fats (tallow). Sustainable use of animal processing by-products.

Key Benefits

  • Waste valorization
  • High cetane number
  • Good energy content
  • Sustainable by-product use
  • Lower feedstock cost

Applications

Biodiesel blendingTransportation fuelIndustrial fuel

Specifications

Feedstock:Animal fats (tallow)
Process:Transesterification
Sustainability:High - waste utilization
Typical Use:B5-B20 blends

Renewable Diesel (HVO)

Hydrotreated Vegetable Oil - advanced renewable diesel

HVO Class 1
Hydrotreated Vegetable Oil - Premium Grade
Highest quality HVO with superior cold weather performance and cetane number. Drop-in replacement for fossil diesel.

Key Benefits

  • 100% drop-in diesel replacement
  • Excellent cold weather performance
  • Very high cetane number (70-90)
  • No blending limitations
  • Superior storage stability
  • Reduces emissions by up to 90%

Applications

Premium transportation fuelAviation fuel blendMarine fuelCold climate operations

Specifications

Process:Hydrotreatment
Cetane Number:70-90
Cloud Point:Down to -30°C
Oxygen Content:0% (pure hydrocarbon)
HVO Class 2
Hydrotreated Vegetable Oil - Standard Grade
Standard quality HVO suitable for most diesel applications. Excellent performance characteristics.

Key Benefits

  • Drop-in diesel replacement
  • Good cold weather performance
  • High cetane number
  • No engine modifications needed
  • Excellent emissions reduction
  • Cost-effective renewable diesel

Applications

Transportation fuelIndustrial equipmentPower generationMarine applications

Specifications

Process:Hydrotreatment
Cetane Number:65-75
Cloud Point:Down to -20°C
Oxygen Content:0% (pure hydrocarbon)
HVO Class 3
Hydrotreated Vegetable Oil - Industrial Grade
Industrial grade HVO for stationary applications and blending. Cost-effective renewable diesel option.

Key Benefits

  • Cost-effective HVO option
  • Suitable for blending
  • Good for stationary engines
  • Reduces emissions significantly
  • Industrial applications
  • Reliable supply

Applications

Industrial fuelStationary enginesBlending componentHeating applications

Specifications

Process:Hydrotreatment
Cetane Number:60-70
Cloud Point:Down to -10°C
Oxygen Content:0% (pure hydrocarbon)

Advanced Biofuels

Next-generation renewable fuels for specialized applications

Bio-LNG
Liquefied Natural Gas from Biomass
Renewable natural gas produced from organic waste and biomass. Liquefied for transportation and storage.

Key Benefits

  • Ultra-low emissions
  • Waste-to-energy solution
  • Compatible with LNG infrastructure
  • Reduces methane emissions from waste
  • Carbon-negative potential
  • Growing heavy transport fuel

Applications

Heavy-duty trucksMarine fuelIndustrial applicationsPower generation

Specifications

Source:Organic waste, biomass
Process:Anaerobic digestion + liquefaction
Purity:>95% methane
State:Cryogenic liquid (-162°C)
SAF
Sustainable Aviation Fuel
Advanced biofuel for aviation meeting ASTM D7566 standards. Drop-in replacement for jet fuel.

Key Benefits

  • Reduces aviation emissions by up to 80%
  • Drop-in fuel - no aircraft modifications
  • Meets strict aviation standards
  • Growing regulatory support
  • Premium sustainability credentials
  • Future-proof aviation fuel

Applications

Commercial aviationPrivate jetsMilitary aviationCargo aircraft

Specifications

Standard:ASTM D7566
Blend Ratio:Up to 50% with Jet A/A-1
Production:HEFA, ATJ, FT pathways
Sustainability:Up to 80% CO2 reduction

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