WiFuel Product Lineup

Sustainable Bio-Oils Engineered for Industrial Burners

Manufactured from certified renewable Mixed Fatty Acids (MFA), WiFuel delivers consistent heating value, controlled viscosity profiles, and up to 95% greenhouse gas reduction compared to petroleum fuel oils.

EU RED II ClassifiedISCC Certified37.5 – 39.5 MJ/kg Calorific Value
Product Portfolio

High-Performance Bio-Oils for Every Burner Configuration

Each WiFuel grade is produced from certified renewable Mixed Fatty Acids (MFA) and residual streams, formulated to deliver predictable combustion, consistent viscosity, and maximum carbon tax savings.

Most VersatileISO & ISCC

WiFuel 305

Liquid at room temperature with ultra-low ash content

Engineered as a clean, direct drop-in replacement for light heating oil (EO1). WiFuel 305 requires minimal or zero preheating, making plant conversion fast, low-friction, and low-risk.

Fossil Replacement:EO1 Light Heating Oil & Diesel
Effective Calorific:37.5 MJ/kg (~9.4 kWh/liter)
Ash Content:< 0.02% (Ultra-low)
Viscosity Profile:Low (~20–35 cSt at 40°C)
Typical Facilities
District Heating PlantsAsphalt ProductionFood Processing SteamCommercial Greenhouses
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Wibax Flagship Grade
100% Vegetable ResidueISO & ISCC

WiFuel 320

EU RED II compliant bio-oil from rapeseed, soy & sunflower by-products

Produced purely from plant-based residual streams. WiFuel 320 provides stellar combustion stability and guaranteed full lifecycle sustainability tracing under EU RED II and ISCC.

Fossil Replacement:EO1 & EO2 Medium Fuel Oils
Effective Calorific:38.2 MJ/kg (~9.6 kWh/liter)
Ash Content:< 0.05%
Viscosity Profile:Medium (~35–50 cSt at 40°C)
Typical Facilities
Industrial Steam BoilersAggregate DryingDistrict EnergyChemical Manufacturing
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Maximum Energy DensityISO & ISCC

WiFuel TOP

High-calorific heavy bio-oil for maximum fossil cost displacement

Our most cost-effective bio-fuel grade, specifically optimized for heavy industrial burners equipped for preheating. Replaces heavy fuel oils while drastically reducing carbon taxation overhead.

Fossil Replacement:EO3, EO4, EO5 Heavy Fuel Oils
Effective Calorific:39.5 MJ/kg (~10.0 kWh/liter)
Ash Content:< 0.15%
Viscosity Profile:Higher (preheating required: ~60–80°C)
Typical Facilities
Heavy Asphalt WorksMineral & Cement FurnacesLarge Thermal PlantsPaper & Pulp Mills
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Technical Specification Matrix

Standard parameters measured in accredited Swedish laboratories in accordance with SS-EN standards.

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ParameterWiFuel 305WiFuel 320 (Flagship)WiFuel TOPFossil Fuel (EO1)
Origin & FeedstockResidual MFA by-productsRapeseed, soy & sunflower MFAHeavy organic industrial residuesCrude fossil petroleum
Net Calorific Value37.5 MJ/kg38.2 MJ/kg39.5 MJ/kg~42.5 MJ/kg
Fossil CO₂ Tax Liability0 SEK / Zero tax0 SEK / Zero tax0 SEK / Zero tax100% Taxed + EU ETS
Ash Content< 0.02% (Ultra-low)< 0.05%< 0.15%< 0.01%
Sulfur Content< 0.05%< 0.05%< 0.10%< 0.10%
EU RED II ClassificationCertified ResidualCertified ResidualCertified ResidualNon-compliant
Preheating NeededNone (Liquid at ambient)Light (~30°C in winter)Yes (~60–80°C)None (EO1) / Yes (EO4)

Safety & Technical Documentation

Need detailed Safety Data Sheets (SDS), Technical Data Sheets (TDS), or Swedish laboratory combustion certificates for your environmental permitting? Our technical team provides complete documentation packages.

Request Official SDS / TDS Documentation

Order a Combustion Trial Sample

We supply 200-liter test drums or 1,000-liter IBC containers of WiFuel for bench firing, viscosity testing, and flue gas emissions verification in your boiler room.

Order Test Batch & Book Trial Burn