Pyrolysis systems
Enclosed thermal conversion equipment for suitable mixed plastics, with industrial deployment designed to fit real operating environments.
Industrial plastic diversion
Turn plastic waste into local value.
Sporadicate develops near zero plastic waste facilities that sort mixed waste streams, recover PET into manufacturing pathways, process suitable plastics through enclosed pyrolysis systems, and deploy controlled mycelium bunkers for biological degradation and remediation pathways.
Visible outputs
Recovered material communities can actually see.
From pyrolysis equipment and PET recovery to public-facing 3D printed infrastructure, the model is built around practical local outcomes.
Integrated facility model
One intake point. Multiple controlled recovery pathways.
Built for municipalities, healthcare systems, eco-park partners, and industrial operators seeking a pragmatic approach to hard-to-recycle plastic diversion.
PET to 3D printing
Recovered PET can feed visible products and public infrastructure applications that strengthen local circular economy outcomes.
Mycelium bunkers
Controlled bunker environments for biological degradation and remediation pathways with branded site-ready infrastructure.
PETSeparated into reuse and 3D printing pathways.
Mixed plasticsProcessed in enclosed pyrolysis systems where suitable.
MyceliumApplied in controlled bunker systems.
PPP modelStructured for municipalities, healthcare, and industry.
Why Sporadicate
A clearer process flow for difficult plastic waste streams.
1
Sort incoming material
Separate PET, suitable mixed plastics, cardboard, organics, and residual fractions at intake.
2
Run the right pathway
Route suitable material into PET recovery, pyrolysis, or mycelium bunker treatment according to the waste profile.
3
Deliver visible outputs
Create useful local outputs and a stronger case for regional circular infrastructure.
