Case

This project provides a Russian client with a highly efficient aluminum-plastic milk carton recycling production line specifically designed for processing waste aluminum-plastic composite milk cartons (such as Tetra Pak packaging). Aluminum-plastic milk cartons are widely used in liquid food packaging due to their lightweight, durability, and effective protection of contents; however, recycling these waste packaging materials is challenging, especially the separation of aluminum and plastic. This recycling production line employs advanced sorting technology to effectively separate aluminum and plastic, ensuring efficient recycling and promoting resource reuse.

Project Background:

With increasing environmental awareness and Russia’s advancement in the circular economy, waste aluminum-plastic milk cartons have become an important recycling target. Milk cartons contain aluminum and plastic composite materials, a composite structure that complicates traditional recycling processes. To effectively address this issue, this project provides an innovative recycling production line that improves the recycling efficiency of waste milk cartons through efficient separation technology, promoting resource recycling and supporting environmental protection.

Project Objectives:

• Efficient Separation of Aluminum-Plastic Materials: Through advanced technology, efficiently separate aluminum and plastic materials, ensuring the quality and purity of the recycled materials.
• Resource Recycling: Recycled aluminum and plastic are fed into separate production lines. Aluminum can be reused in aluminum alloy manufacturing, while plastic can be used as raw material for new plastic products, reducing the use of virgin resources.
• Environmental Compliance: The production line ensures compliance with Russian and international environmental standards, generating no harmful waste gases or other pollutants during the recycling process.
• Improved Recycling Rate and Economic Benefits: Through efficient sorting processes and precise equipment design, the recycling rate of aluminum-plastic milk cartons is maximized, improving overall resource utilization and economic benefits.

Main Equipment and Technologies:

• Crushing and Sorting System: A crusher breaks down the aluminum-plastic milk cartons, and vibrating screens and airflow separation technologies effectively separate aluminum and plastic.
• Electrostatic Separation and Magnetic Separation Technology: Electrostatic separation and magnetic separation technologies further improve the separation accuracy of aluminum and plastic, ensuring efficient recycling.
• Automated Control System: The entire line is equipped with an automated control system that intelligently monitors the production process, ensuring stable and efficient equipment operation.

Project Advantages:

• High Recycling Rate: Utilizing advanced sorting technology, the separation rate of aluminum and plastic reaches over 95%, significantly improving the recycling rate of waste aluminum-plastic milk cartons.
• Environmentally Friendly and Energy-Saving: The design meets environmental requirements, employing low-energy-consumption technology and equipped with a high-efficiency waste gas treatment system to ensure environmental compliance.
• Economic Benefits: Through efficient recycling processes, not only are waste disposal costs reduced, but also substantial economic returns are generated for clients.
• Low Maintenance Costs: The equipment uses highly durable materials, reducing maintenance frequency and lowering long-term operating costs.
• Customized Solutions: Customized recycling solutions are provided based on the client’s specific needs, ensuring efficient collaboration between the equipment and the production line.

Project Implementation Plan:

• Requirements Analysis and Design: In-depth communication with the client to understand the characteristics of waste aluminum-plastic milk cartons and provide a personalized recycling solution design.
• Equipment Manufacturing and Delivery: Manufacturing relevant equipment according to the design plan, and conducting quality inspection and performance testing to ensure the equipment meets project requirements.
• On-site Installation and Commissioning: Completing on-site installation and commissioning of the equipment to ensure the production line is smoothly put into production and operates efficiently.
• Formal Production and Technical Support: After the equipment is put into operation, continuous technical support and after-sales service will be provided to ensure the long-term stable operation of the recycling line.

The Russian aluminum-plastic milk carton recycling production line project provides customers with an innovative and efficient recycling solution, significantly improving the recycling rate and resource utilization efficiency of waste aluminum-plastic milk cartons. Through advanced sorting technology, the project not only helps reduce environmental pollution but also creates sustainable economic benefits for customers. This project aligns with global green development goals and makes a significant contribution to promoting the circular economy and resource reuse.