Develop your project
Discover the potential of your biomass. Tell us about your feedstock and local energy opportunities, and a member of the Stiesdal SkyClean team will assess the project’s potential and contact you.
Building a successful pyrolysis project
Successful pyrolysis projects combine suitable feedstock with a nearby user for the recovered heat or fuel.
Feedstock quality directly influences both carbon removal potential and energy production. Key feedstock characteristics include:
- High carbon content increases carbon removal potential
- High heating value increases potential energy output
- Low moisture content reduces pre-processing requirements and increases flexibility in energy integration
- Low abrasive particle content reduces equipment wear and operating costs
Energy use is equally important. Around half of the feedstock’s energy is converted into pyrolysis gas, so a nearby heat user can make a major contribution to project economics.
Alternatively, the pyrolysis gas may partly be converted into bio-oil or fully converted to syngas.
Find out what you can get out of your biomass
Plant configuration
Plant energy output: 0 MW
Output
Green energy
Green energy: 0 MWh per year
Carbon removal
Carbon removal: 0 t CO2 per year
Planning a pyrolysis project?
Tell us about your feedstock and local energy opportunities. A member of the Stiesdal SkyClean team will assess your project’s potential and contact you.