Balt Carbon
BALT CARBON
Advanced Charcoal Production Systems for Industrial Applications
Why Charcoal Production Now?
Regulatory Compliance
Modern charcoal production meets strict environmental regulations for industrial applications.
Carbon-Neutral Solution
Charcoal production offers a sustainable alternative that aligns with corporate ESG commitments.
Economic Stability
In-house charcoal production provides insulation from volatile fossil fuel market prices.
Industrial charcoal production is no longer experimental — it is becoming a strategic manufacturing asset.
Our Solution — LAMBIOTTE 6000 with integrated dryer
6,000 tons of charcoal per year
Continuous operation with 8,000 hours/year capacity.
30,000 tons of charcoal production capacity
Converts raw materials efficiently with advanced pyrolysis technology.
7.2 MW thermal power output
Engineered for maximum charcoal quality and production efficiency.
Originally developed by Lambiotte, reengineered by Balt Carbon to meet modern EU charcoal production standards.
Integrated Charcoal Production
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Raw Material
Wood enters with optimal moisture content for carbonization.
Thermal Processing
Controlled pyrolysis converts wood to carbon-rich material.
Finished Charcoal
High-quality charcoal with 85-90% carbon content produced.
No external processing required. Maximizes carbon yield, reduces emissions, and ensures consistent product quality.
Energy & Process Efficiency
Carbonization
3.6 MW maintains optimal temperatures (500–550°C) for efficient charcoal conversion
Raw Material Processing
3.6 MW utilized for charcoal feedstock preparation
Stabilization
200 kg/h charcoal fines provide 4 MW additional thermal energy
Gas Recovery
Methane (15-18%) and other gases captured and reused in charcoal production
Self-sustaining and energy-autonomous charcoal production with minimal external input — crucial for remote applications.
Verified Climate Impact
Metallurgical Charcoal Scenario
  • 57,600 MWh charcoal fuel substitution potential
  • 14,400–16,128 tCO₂e/year direct emissions avoidance
  • 19,175 tCO₂e/year from pyrolysis gas capture
  • Total: up to 35,300 tCO₂e/year reduction
Charcoal Production Scenario
  • 3 tCO₂e sequestered per ton of charcoal produced
  • 18,000 tCO₂e/year in fixed carbon sequestration
  • Combined impact: up to 53,300 tCO₂e/year
Engineered following IPCC AR6 methodologies with support for carbon credit registration.
Charcoal Production Advantages
High-Quality Carbon Source
Premium charcoal with consistent properties for industrial use.
Thermal Efficiency
Advanced heat recovery systems maximize production yield.
Carbon Sequestration
Captured carbon remains locked in stable charcoal products.
Market Flexibility
Multiple revenue streams across industrial and consumer markets.
Operational Advantages
Integrated System
Charcoal production and heat recirculation built in for maximum efficiency.
Modular Design
Scalable installation with 2, 4, or 6+ production lines to match your needs.
Automation
Fully automated control with remote monitoring capabilities for seamless operation.
Turnkey Delivery
Complete with support, training, and optimization services for immediate deployment.
About Balt Carbon
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Established 1997
Founded with deep industrial roots.
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20+ Years Experience
Specialized in pyrolysis engineering and charcoal production.
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Global Projects
Completed in EU, CIS, and African markets.
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Strategic Partnerships
Deep connections in EPC, logistics, certification, and operations.
Contact Us
Ready to transform your metallurgical operations? Our team is available to discuss your specific needs.
Technical Consultation
Speak with our engineering team about your specific metallurgical requirements
Project Planning
Discuss implementation timeline and operational integration
Get in Touch

ando@baltcarbon.com
Andranik Nikogosyan