Waste plastics
Assess suitable plastic streams and contamination levels before selecting a thermal recovery route.
01 / PYROLYSIS
A new purpose for difficult waste.
Explore thermal recovery systems for suitable waste plastics, tyres, and oil sludge. One process, configured around your feedstock and project goals.
Discuss your projectA CLOSER LOOK
See the equipment in action.
Take a short walk through a continuous pyrolysis installation and see how the equipment fits together on the factory floor.
THE STARTING POINT
Built around your material
End-of-life tyres
Plan preparation and handling around tyre-derived material, liquid products, solid residues, and steel recovery.
Oil sludge
Review water, oil, and solids composition to evaluate the appropriate thermal treatment configuration.
INSIDE THE SYSTEM
From input to opportunity
INPUT → CONVERSION → RECOVERY- 01
Assess
Review samples, feedstock composition, and intended products.
- 02
Prepare
Configure feed sizing, drying, and material handling as required.
- 03
Convert
Apply controlled heat within the selected reactor system.
- 04
Recover
Condense vapours and manage gas, solids, and product storage.
FOLLOW THE PROCESS
From tyres to recovered products.
Explore a continuous tyre pyrolysis system through an animated process walkthrough, from the reactor to condensation and recovery. This silent animation illustrates the process; the final plant layout depends on your project.
PYROLYSIS
What is pyrolysis?
Pyrolysis uses heat in an oxygen-limited environment to break down suitable materials. Vapours are cooled into liquid products, while gas and solid fractions are managed as part of the process. Feedstock testing determines the appropriate equipment and expected products.
An integrated system. A considered process.
A practical plant brings together feed preparation, the reactor, condensation, gas handling, and residue management. Liliang Machinery starts with your material composition, planned throughput, available utilities, and site requirements.
Start with the material. Plan for the whole site.
Moisture, contamination, and material variability influence system design. Discuss emissions treatment, operating procedures, product handling, and local requirements at the planning stage. Capacity and product quality should be established through a project-specific assessment.
A FEW USEFUL ANSWERS
Your questions, answered
Which materials can be processed?
Suitability depends on composition, moisture, contaminants, and the selected process. Share a sample analysis and describe your waste stream so we can discuss the next assessment step.
How do I choose a plant capacity?
Start with your available feedstock, operating hours, site space, and intended market. The final configuration follows a detailed technical assessment.
Can you guarantee a product yield?
Yields and product characteristics vary with the input material and operating conditions. A reliable proposal should be based on representative material testing.
LET’S TALK ABOUT YOUR NEXT PROJECT
Your process. Your project. A new possibility.
Bring us your challenge. Let’s explore what comes next.