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Biomass Pyrolysis System

The Biomass Pyrolysis Reactor is a high-performance thermal processing system designed to decompose organic feedstocks in the absence of oxygen, yielding biochar, bio-oil, and syngas. Operating at temperatures ranging from 350°C to 1100°C, this sustainable technology offers a versatile platform for renewable energy generation, waste-to-energy conversion, and carbon-negative innovations. 

At the core of the system lies a sealed, oxygen-free chamber where biomass such as agricultural waste, wood chips, husk, algae, or municipal solid waste is thermochemically broken down. Depending on the heating rate and residence time, the system supports slow, fast, or flash pyrolysis, each tailored to specific product outcomes. 

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Advanced Options for Research & Industrial Use

Ants’ pyrolysis systems are available in lab-scale and pilot-scale models, with optional modules including 

  • Gas analysis systems for syngas composition studies 
  • Automated feedstock feeders 
  • Condensers and bio-oil collectors 
  • SCADA/PLC panels for data logging & process control 
  • Safety features: Solenoid valves and pressure sensors 

Integrated Pyrolysis Catalytic Cracking Systems

To maximize the value of volatile compounds, Ants also offers integrated setups combining pyrolysis with in-line catalytic conversion. This enables the selective transformation of vapors into light hydrocarbons, oxygenated chemicals, and aromatics—paving the way for cleaner fuel alternatives and industrially valuable chemicals. 

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  1. Temperature Range: Up to 1000°C with fine control for varied pyrolysis types 
  2. Heating Zones: Single or multi-zone options for uniform heat distribution 
  3. Atmosphere Control: Inert gas (N₂ / Ar) purging for oxygen-free operation 
  4. Feedstock Compatibility: Supports a wide range of biomass materials 
  5. Integrated Monitoring: Real-time sensors for temperature, pressure & gas flow 
  6. Output Systems: Gas outlets, bio-oil condensation units, and biochar trays 
  1. Renewable Energy: Bio-oil and syngas for fuel, heat, or power 
  2. Waste Management: Sustainable disposal and conversion of agro-industrial waste 
  3. Carbon Sequestration: Biochar for soil amendment and long-term carbon lock-in 
  4. Research: Fundamental studies in thermochemical biomass conversion and green chemistry 
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