ESAF TradeCo
Innovative Solutions
Innovative Solutions
Advanced wood pyrolysis with Fischer-Tropsch synthesis converting biomass waste into premium renewable diesel, activated carbon, and standalone energy systems.
Complete biomass carbonisation process from wood chips to renewable diesel and activated carbon
Six integrated stages transform wood biomass into high-value diesel fuel, biochar, and energy
Wood feedstock is dried, chipped, and sized for optimal pyrolysis
Thermal decomposition in oxygen-starved environment at 400-600°C
Volatile gases captured, cleaned, and separated for Fischer-Tropsch synthesis
Catalytic conversion of syngas into liquid diesel fuel
Excess syngas powers steam turbines for process energy autonomy
Solid carbon residue upgraded to activated carbon or soil amendment
Maximum efficiency achieved through integrated production and energy lines
Maximum Fischer-Tropsch Output
Optimized Syngas Conversion
100% syngas directed to Fischer-Tropsch catalysts
Premium Diesel Output
45-60% conversion rate with C₁₀-C₂₀ hydrocarbons
Biochar Co-Product
25-35% solid carbon for activated carbon upgrade
System Autonomy & Power
Process Heat Supply
Syngas combustion fuels Line 1 reactor operations
Steam Turbine Generation
Excess energy powers facility (85-95% self-sufficient)
Biochar Processing
Dedicated activation line for premium carbon products
Revenue vs. Single Line
Energy Independent
Faster ROI
Multiple revenue streams and operational cost savings deliver superior returns
Production cost vs. $1.50-2.00/L market price
60-150% profit margin
From $50-100/ton raw biochar
1500-2000% value increase
For 50 TPD facility energy costs
85-95% energy autonomous
2.1 tons CO₂ reduction per ton wood
Additional revenue stream
Based on $12-18M total CAPEX (including dual-line setup)
Industry-leading performance metrics and operational parameters
Per ton of dry wood
High-carbon solid residue
Via syngas combustion
Pyrolysis reactor
Tons per day wood input
Per ton of wood processed
Full system payback
Premium biochar processing
Four high-value outputs from a single integrated process
Drop-in fuel compatible with existing diesel engines and infrastructure
Applications:
High-carbon solid with soil amendment and carbon sequestration properties
Applications:
Premium adsorbent material with 500-1500 m²/g surface area
Applications:
Excess syngas combustion for steam turbine electricity generation
Applications:
Carbon-negative technology addressing multiple sustainability challenges
Global wood waste annually converted to value
Per ton of wood processed vs. fossil diesel
Biochar locks carbon in soil permanently
Zero Waste Process: 100% of wood biomass converted to valuable products
Energy Closed-Loop: Self-sustaining operations with minimal grid dependence
Carbon Negative: More CO₂ removed than emitted through biochar sequestration
Multi-Sector Impact: Benefits transportation, agriculture, and industrial sectors
Explore how our carbonisation technology can deliver sustainable diesel, premium activated carbon, and energy independence for your operations.