Case

This project provided an Indonesian client with an advanced aluminum can decoating furnace for recycling aluminum from waste aluminum cans. Aluminum cans are widely used in beverage and food packaging, but due to the presence of surface coatings and paint, these coatings must be removed during recycling. This decoating furnace employs efficient heat treatment technology to successfully separate aluminum from paint by heating and decomposing the coating, ensuring that the aluminum can be efficiently and purely recycled and reused.

Project Background:

With increasing environmental awareness and the promotion of the circular economy, Indonesia is gradually increasing its efforts in waste recycling and resource reuse. Aluminum cans are a common recyclable material, but removing the coating is a significant challenge during the recycling process. This project aims to provide the Indonesian market with a more efficient and environmentally friendly aluminum can recycling solution through advanced decoating furnace technology, promoting the effective reuse of resources.

Project Objectives:

• Efficient Coating Removal: Remove the surface coating of aluminum cans through precise heating and heat treatment technology, ensuring the pure recycling of aluminum.
• Resource Reuse: The recycled aluminum can be reused in aluminum alloy production, further recycling and reducing dependence on natural resources.
• Environmental Compliance: The paint removal process complies with international environmental standards, reducing emissions and pollution while ensuring compliance with local environmental regulations.
• Increased Recycling Rate: Highly efficient paint removal technology maximizes the quality and quantity of recycled aluminum cans, increasing their recycling value.

Main Equipment and Technologies:

• High-Temperature Paint Removal Furnace: This furnace softens and decomposes the coating on the aluminum cans through precise temperature control, effectively separating the coating from the aluminum and preventing damage.
• Waste Gas Treatment System: Equipped with an advanced waste gas purification system, ensuring that harmful gases generated during the paint removal process are treated before release, minimizing environmental impact.
• Automated Control System: Utilizing an intelligent automatic control system, the furnace temperature and processing time are precisely controlled, ensuring a stable and efficient paint removal process.

Project Advantages:

• High-Efficiency Paint Removal: The aluminum can paint removal furnace employs advanced heat treatment technology, resulting in significant coating removal and ensuring high-quality aluminum recycling.
• Environmentally Friendly and Energy-Saving: The equipment is designed to meet energy-efficient standards and is equipped with a waste gas purification system, reducing environmental impact.
• Low Maintenance Costs: High-quality high-temperature resistant materials and advanced automation systems reduce equipment maintenance frequency and costs.
• Customized Solutions: Personalized technical solutions are provided based on customer needs to ensure stable operation and efficient utilization of the equipment.

Project Implementation Plan:

• Requirements Analysis and Design: Detailed technical communication with the customer to analyze the characteristics and processing needs of waste aluminum cans and design the most suitable paint removal furnace solution.
• Equipment Manufacturing and Delivery: Equipment is manufactured according to the design plan, with strict quality control to ensure the equipment meets customer requirements.
• On-site Installation and Commissioning: Equipment installation and commissioning are completed to ensure stable operation at the customer’s site.
• Commissioning: After commissioning, comprehensive technical support and after-sales service will be provided to ensure the efficient operation of the recycling line.

The Indonesian aluminum can paint removal furnace project provides an environmentally friendly and efficient waste aluminum can recycling solution for the local area. Through advanced heat treatment technology and exhaust gas purification systems, it not only improves the aluminum recycling rate but also effectively reduces exhaust emissions, meeting environmental protection requirements. This project not only helps improve the economic benefits of aluminum can recycling, but also contributes to Indonesia’s circular economy and sustainable development.