Introduction: The Reality of Backyard Pyrolysis
Plastic pyrolysis is the thermal decomposition of polymers in an oxygen-free environment. While it can produce fuels, doing so at a small scale presents extreme hazards often downplayed in online tutorials. This tool is designed to help you assess whether you have the legal standing, safety equipment, and technical knowledge to proceed.
Legal Notice:
Many jurisdictions classify this as "open burning" or "unregulated waste processing," subjecting operators to massive fines. Always check EPA, state, and municipal fire codes first.
Hazard Profile
Relative risk distribution for home operators.
STEP 1 Legal & Site Feasibility
Readiness Score
Complete the checklist to assess your viability.
Feedstock Selection: The Critical Filter
Not all plastics are equal. Using the wrong plastic (like PVC) creates mustard gas components and deadly dioxins. Select a plastic code below to see the reaction consequences.
Select Plastic
Click grid to analyzeProjected Decomposition Output
System Design: Safety by Physics
A pyrolysis unit consists of three main stages: The Reactor (Retort), The Condenser, and the Gas Treatment (Scrubber). Design choices here determine whether you make fuel or a bomb.
Reactor
Anaerobic Heat
Condenser
Vapor to Liquid
Bubbler
Anti-Flashback
Direct Heat vs. Retort Design
Directly heating the plastic vessel creates hot spots and structural failure. A "Retort" (double-walled) design distributes heat evenly and contains leaks.
Select a component above
Click on the process blocks (Reactor, Condenser, Bubbler) to understand specific design requirements, material constraints, and failure modes.
Operational Simulation
Virtual run-through. You must clear safety checks to ignite.
Pre-Ignition Protocol
> Awaiting Safety Clearance...