Pyrolysis for biomass conversion

Transform diverse waste materials into valuable bio-commodities and energy through advanced thermochemical processes, ensuring efficient resource utilization and environmental sustainability.

Transforms Biomass and Waste into Valuable Outputs

The Spirajoule® from ETIA SAS is a specialized industrial pyrolyzer designed for efficient waste and biomass conversion. Utilizing a robust spiral heating element, it ensures uniform thermal treatment in pyrolysis and torrefaction processes. Ideal for waste management and renewable energy sectors, it converts a wide range of materials, including garden waste, sludge, tires, and plastics, into syngas, biochar, and other valuable by-products. With continuous modular operations, the Spirajoule® system supports integration into existing production lines and allows for flexible processing configurations. Operating between 400°C and 800°C, it offers energy efficiency through optimized motor control, significantly reducing operating costs. The system’s stainless steel construction provides excellent durability and corrosion resistance, accommodating harsh industrial environments. Automated controls and optional remote monitoring enhance operational oversight and facilitate maintenance, ensuring reliable performance and scalability to meet diverse processing needs.

Benefits

  • Enhances resource recovery by converting waste into valuable bio-products and energy.
  • Lowers operational costs with energy-efficient thermal processing technology.
  • Improves processing flexibility with a modular and continuous operation design.
  • Minimizes environmental impact through the production of clean syngas for energy use.
  • Supports a wide range of materials, catering to diverse industry applications.

General


Applications
Crops,Forest biomass,Srf,Rdf,Sludge,Biochar,Tires,Garden waste,Plastics,Biomass,Rubber
End products
Recycled carbon black,Solid fuels,Biocoal,Syngas,Pyrolysis oil,Refining substrate,Liquid for chemical industries
Steps before
Drying,Grinding,Shredding
Steps after
Packing,Coating,Cooling
Input ingredients
garden waste,biomass,sewage sludge,plastics,waste,rubber chips,RDF,SRF
Output ingredients
biochar,syngas,pyrolysis oil,biocoal,recycled carbon black,solid fuels
Market info
ETIA is known for its expertise in designing and manufacturing advanced thermal processing solutions, including pyrolysis and gasification equipment, for waste management, biomass conversion, and sustainability applications, with a strong reputation for innovation and technology in environmental engineering.

Technical Specifications


Operating Temperature
400°C to beyond 800°C
Process Type
Continuous
Automation
PLC-controlled
Output Products
Biochar,Syngas,Pyrolysis oil
Installation Type
Containerized/Mobile Unit
Energy Efficiency
High,due to recovery of syngas as a fuel
Process Flexibility
Flexible and modular
Material Input
Biomass,waste,rubber,garden waste
Capacity
Dependent on plant size and configuration
Cooling System
UPK® Cooling System
Drying System
Beltomatic® belt dryer

Operating Characteristics


Operating Temperature Range
400°C to 800°C+
Modularity
Flexible and modular system
Continuous Operation
Continuous treatment available
Automation level
Manual / PLC
Installation Type
Containerized mobile unit
Energy Efficiency
High energy syngas production
Process Integration
Integration of drying and pyrolysis
Output Flexibility
Biochar,oil,syngas
Waste Conversion Capability
Biomass,waste,rubber
Transportability
Mobile

Material Compatibility


Biological compatibility
Garden waste,Sludge,Biomass
Corrosive resistance (e.g. acids)
Yes
Density/particle size
Varies with sensor type used
Cleanability
Designed for ease of cleaning with its containerized and modular setup

Physical Characteristics


Machine Footprint
Compact,mobile unit
Operating Temperature Range
400°C to 800°C+
Feed Method
Continuous
Discharge Method
Automatic
Cooling System
UPK® Cooling System
Belt Dryer Type
Beltomatic®

Custom Options


Temperature range
400°C to 800°C+
Modularity
Flexible,containerized unit
Integration possibilities
With existing biomass processing systems