Feedstock and waste sources for pyrolysis
Pyrolysis is a flexible technology capable of processing a wide range of organic and industrial waste streams. By adapting process conditions to different feedstocks, pyrolysis enables efficient waste treatment, energy recovery and production of valuable carbon-based products.
The ability to handle varying feedstock types makes pyrolysis suitable for diverse industrial applications, supporting circular economy solutions and reducing dependency on landfilling and incineration.
Wood residues and biomass
Wood residues from forestry, sawmills and wood processing industries represent a well-established feedstock for pyrolysis. This includes clean wood waste, bark and other biomass fractions that can be converted into biochar, pyrolysis gas and pyrolysis oil.
Pyrolysis of wood-based feedstocks enables renewable energy production and long-term carbon storage through biochar, making it a key solution for sustainable biomass utilization.
Agricultural waste and residues
Agricultural waste such as straw, husks and crop residues can be efficiently processed through pyrolysis. These materials are often underutilized or disposed of through open burning, leading to emissions and resource loss.
By converting agricultural residues into energy and carbon-rich products, pyrolysis supports sustainable agriculture while reducing emissions and improving resource efficiency.
Sewage sludge and biosolids
Sewage sludge and biosolids are among the most challenging waste streams to manage due to contaminants, regulatory requirements and disposal constraints. Pyrolysis provides a controlled thermal treatment solution that enables safe and compliant handling of these materials.
Through pyrolysis, sewage sludge is converted into energy-rich gas and stable biochar, while harmful substances such as PFAS are reduced to minimal or non-detectable levels. This supports both environmental protection and circular waste management.
End-of-life tires and rubber waste
End-of-life tires represent a complex and high-energy feedstock for pyrolysis. Through controlled thermal decomposition, tires can be converted into recovered carbon black, pyrolysis oil and energy-rich gas.
Pyrolysis of tire waste reduces landfill dependency and enables material and energy recovery from a difficult waste stream, supporting circular solutions within the rubber and automotive industries.
Flexible feedstock handling and process design
Modern pyrolysis systems are designed to handle variable feedstock composition, moisture content and particle size. Flexible feedstock handling and precise process control ensure stable operation and consistent product quality across different waste streams.
This adaptability allows industries to integrate pyrolysis into existing operations and respond to changing waste availability, regulatory requirements and market conditions.
Feedstock flexibility as a driver for circular solutions
By enabling the conversion of multiple waste streams into valuable products, feedstock flexibility is a key advantage of pyrolysis technology. It allows industries to treat waste locally, recover energy and materials, and reduce transportation and disposal costs.
As part of integrated waste management strategies, pyrolysis supports circular economy goals by turning diverse waste streams into long-term industrial value.