Email Address
slavkasknonprofit@gmail.com
slavkaskno@slavkask.com
Phone Number
+421 914 704 008
Pyrolysis technology
Technical description
Pyrolysis Technology
The pyrolysis technology promoted by SlavkaSk n.o. is a modern, environmentally friendly process that enables the efficient recycling of mixed, contaminated, and painted plastic waste, converting it into valuable secondary raw materials.
What is Pyrolysis?
Pyrolysis is a thermal decomposition process in which organic materials—such as plastics—are heated in an oxygen-free environment. This prevents combustion and allows the molecular structure of the materials to break down and re-form into new substances.
Pyrolysis technology
What Types of Waste Do We Process?
Pyrolysis technology is particularly suitable for processing plastic waste that other systems are unable to handle effectively:
- Contaminated plastics with food residues or paint
- Mixed plastics (e.g., combinations of polypropylene, polyethylene, polystyrene)
- Thin films, bottles, and packaging waste
These types of plastics are no longer economically or environmentally feasible to recycle using traditional mechanical methods—but in our system, they become valuable raw materials.
Pyrolysis technology
Main Steps of the Process
- Pre-treatment: The waste is shredded and homogenized.
Pyrolysis Reactor: The plastic is heated in a closed system at temperatures up to 300 °C.
Gas and Oil Formation: The heat causes the plastic to decompose, producing synthesis gas and pyrolysis oil.
Oil Separation: High-quality oil is extracted from the liquid phase, which serves as a valuable feedstock for the chemical industry.
- Residue Management: Solid residues such as carbon black and mineral slag are either safely disposed of or recycled.
Pyrolysis technology
What Makes This Technology Special?
-
Low Operating Temperature (max. 300 °C): Significantly reduces energy consumption while preserving product quality.
- High Oil Yield: Depending on the input material, pyrolysis oil output can reach 70–85%.
- Economic Efficiency: The resulting oil can be sold, generating a stable revenue stream, while part of the energy demand is recovered from the synthesis gas.
- Modular System: Plant size and capacity can be flexibly scaled.
- Automated Control: The entire process is managed by automated systems, reducing the need for personnel and minimizing operational errors.
Environmental and Social Benefits
- No burning, no harmful emissions
- Supports the circular economy
- Eliminates difficult-to-manage waste piles
- Creates green jobs in local communities
Result: Value from Waste
Pyrolysis is not just a waste treatment method—it’s a business opportunity. Thanks to pyrolysis technology, previously worthless plastics are transformed into chemical feedstock with real market value. This oil can re-enter the production chain, turning yesterday’s waste into tomorrow’s raw material.
Pyrolysis technology
What Types of Waste Do We Process?
Our technology is particularly suitable for processing plastic waste that other systems are unable to handle effectively:
- Contaminated plastics with food residues or paint
- Mixed plastics (e.g., combinations of polypropylene, polyethylene, polystyrene)
- Thin films, bottles, and packaging waste
- Share your love for community
These types of plastics are no longer economically or environmentally feasible to recycle using traditional mechanical methods—but in our system, they become valuable raw materials.
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