Biocoal: The Best Feedstock for Biofuel Production

From local residues to global fuels

We use torrefaction to convert organic residues into biocoal, an energy-dense, carbon-rich feedstock perfect for the production of advanced biofuels such as SAF, bio-methanol, and green hydrogen.

Produced from local, non-food biomass, biocoal secures energy independence and delivers reliable, scalable low-carbon fuel production.

Bio-methanol

Biocoal is an ideal feedstock for bio-methanol production due to its high carbon content, uniform composition, and low moisture levels. It can be efficiently converted via gasification into syngas (a key intermediate for methanol synthesis) enabling higher carbon conversion and improved fuel yields.

Its consistent quality and energy density support more stable, scalable, and cost-effective bio-methanol production compared to raw biomass, while leveraging renewable, locally sourced feedstocks.

SAF

For Sustainable Aviation Fuel (SAF), feedstock quality is critical to achieve high conversion efficiency and fuel performance. With its high carbon content, low moisture, and homogeneous properties, torrefied pellets are particularly well suited for thermochemical pathways such as gasification and Fischer–Tropsch synthesis.

Their stability and energy density support reliable, scalable SAF production from renewable, locally sourced biomass.

Green hydrogen

The growth of green hydrogen depends on access to renewable and reliable feedstocks. Biocoal meets this need by converting biomass residues into a standardized, energy-dense resource that supports industrial hydrogen production.

Its consistent quality makes it an ideal input for gasification, supporting efficient and scalable hydrogen generation.

The Advantage of Biocoal in Biofuel Production

Sourced from Non-Food Biomass

No competition with food resources

Easy Pulverization

Pulverization into fine particles ≤ 100µm

Safe to Transport Worldwide

Non-hazardous material

Easy Pneumatic Conveying

Perfect spherical particle shape

High Energy Density

More energy density than raw biomass

Weather resistant

Can be stored outside just like coal

The Biocoal Solution

Converting biomass residues into biocoal to meet biofuel demand

MAIN STEPS

1. Biomass reception

2. Sizing

3. Storage

4. Drying (DryFX™)

5. Torrefaction (CarbonFX™)

6. Pelletizing

Get started

Let’s explore your project together.

Order biocoal

Request your sample today.

It delivers consistent, high-quality output across diverse feedstocks while meeting demanding energy, HGI, ash and bulk density requirements.

With superior efficiency and a modular, globally deployable architecture, CarbonFX™ empowers the energy industry to transition away from fossil coal at scale.

High-throughput production

Feedstock compatibility

Production flexibility

Easy to operate

Safe for employees

Reduce carbon cost

Model	CarbonFX™
Technology	Torrefaction
Process Temperature (°C)	350–450
Operating Mode	Continuous
Heating Method	Direct
Reactor Type	Cyclonic
Output Product	Biocoal
Product format	Fine powder
Energy density (MJ/kg, db)	18–23
HGI	21–38
Input Production Capacity (kg/h, db)	8000
Output Production Capacity (kg/h, db)	>6000
Yield	75% to 80%
Scalability	Yes (modular)
Waste (Liquid or solid)	None
Transportation & storage	Safe (non-hazardous)

Technology Highlight

CarbonFX™ is an advanced flash torrefaction technology built for large-scale biocoal production.

Biocoal: The Best Feedstock for Biofuel Production

From local residues to global fuels

We use torrefaction to convert organic residues into biocoal, an energy-dense, carbon-rich feedstock perfect for the production of advanced biofuels such as SAF, bio-methanol, and green hydrogen.

Produced from local, non-food biomass, biocoal secures energy independence and delivers reliable, scalable low-carbon fuel production.

Bio-methanol

SAF

Green hydrogen

The Advantage of Biocoal in Biofuel Production

Sourced from Non-Food Biomass

Easy Pulverization

Safe to Transport Worldwide

Easy Pneumatic Conveying

High Energy Density

Weather resistant

The Biocoal Solution

Converting biomass residues into biocoal to meet biofuel demand

MAIN STEPS

1. Biomass reception

2. Sizing

3. Storage

4. Drying (DryFX™)

5. Torrefaction (CarbonFX™)

6. Pelletizing

Get started

Let’s explore your project together.

Order biocoal

Request your sample today.

It delivers consistent, high-quality output across diverse feedstocks while meeting demanding energy, HGI, ash and bulk density requirements.

With superior efficiency and a modular, globally deployable architecture, CarbonFX™ empowers the energy industry to transition away from fossil coal at scale.

High-throughput production

Feedstock compatibility

Production flexibility

Easy to operate

Safe for employees

Reduce carbon cost

Technology Highlight

CarbonFX™ is an advanced flash torrefaction technology built for large-scale biocoal production.

Ready to lead the next wave of biofuel production?

Our team is here to support your project from concept to deployment

Discover Our Solutions

Biochar Solution

Biocarbon Solution

Biocoal Solution