Protected: New Project: Plastic Pre-Shredding Line in Finland

Azortum proudly announces a new collaboration with Lamor Resiclo OY.
This partnership marks a significant milestone in sustainable plastic waste management, with Azortum providing a comprehensive turnkey solution for the Kilpilahti plant in Finland.
Our role in the project consisted of engineering and installing the plastic waste pre-shredding and dosing unit to the plant's thermochemical process to convert plastic waste into recycled oil.
Engineering and Installing the Plastic Waste Pre-Shredding Line
Azortum’s responsibility in this project was to engineer and install the plastic waste pre-shredding line. This line is crucial for preparing plastic waste for the subsequent thermochemical processes. It ensures the plastic waste is properly shredded and sized, making it suitable for efficient processing.
Design and Installation Phases
The project commenced in August, initiating a two-month design phase. Our team meticulously developed everything from the initial layout to detailed plans. The subsequent installation phase, executed by our experienced installation team, was completed in just one week. This rapid installation was flawless, with no errors detected in design, production, or implementation.
Role of the Pre-Sorting Line
The Pre-Sorting Line was designed to ensure plastic waste is appropriately sized and sorted before processing. This line is vital for the efficient operation of the pyrolysis system, maximizing the yield and quality of the recycled oil produced.
Pyrolysis: A Key to the Circular Economy
Pyrolysis is a thermochemical process that decomposes plastic waste at high temperatures in the absence of oxygen, converting it into valuable products such as oil, gas, and char. This process is pivotal for advancing the circular economy, as it offers a sustainable solution for managing plastic waste.
Environmental and Economic Benefits
Studies have demonstrated that pyrolysis can effectively convert various types of plastics, such as polyethylene (PE), polypropylene (PP), and polystyrene (PS), into high-quality oil. This supports waste management efforts and aligns with global goals to promote a circular economy.
Addressing Challenges and Innovations
Metal Contaminants
During the project, we identified metal contaminants in the pre-sorted plastic. To resolve this, we integrated a metal separator into the system. This solution underscores our commitment to adaptability and problem-solving to meet client needs.
Current Project Status
We are pleased to report that the project is on schedule. The design and installation phases were successfully completed, and we are now preparing for test runs, which are expected to begin before autumn. The line should be fully operational by then, marking a significant milestone in plastic waste management.
Client Collaboration and Future Developments
Throughout the project, our client introduced several innovative ideas for the line, which we successfully implemented. We also supported them in selecting the appropriate technology, with regular follow-up meetings ensuring continuous progress.
In conclusion, our partnership with Lamor Resiclo OY represents a significant achievement in our commitment to sustainable solutions. We are excited about the future of this collaboration and the positive impact it will have on environmental sustainability. Stay tuned for more updates as we approach the test run phase and prepare for full operational capacity.




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