ATIEL & UEIL Joint Sustainability Committee
• Chemical recycling
• Improved material design for easier recyclability.
• Increased use of recycled steel/aluminium.
• Replaceable components to extend lifecycle.
Table 2: Description of characteristics, challenges and innovations for different packaging types
7.3.1 Increase Use of Recycled Materials Opting for Post-Consumer Recycled (PCR) content in lubricant packaging can significantly reduce reliance on virgin plastic and lower the carbon footprint of the product lifecycle.
End-of-Life Example: Incorporating high levels of PCR plastic in packaging reduces the demand for new plastic, which in turn helps ease the burden on recycling systems by closing the loop. A company using 70% PCR content in its HDPE containers can further incentivize collection programs, ensuring these containers are returned, recycled, and integrated back into production for new packaging.
7.3.2 Design for Recyclability
Packaging designed for recyclability can significantly improve waste management at the end of the product's life. Harmonizing all materials used in packaging, including caps and labels, enhances recovery rates and reduces waste. However, it is imperative to choose materials that can easily be recycled using existing processes and value chains. While materials may be theoretically recyclable, the application and combination of these materials, such as welding foils made from different materials that cannot be mechanically separated, can hinder or even prevent effective recycling.
End-of-Life Example: A lubricant manufacturer transitions from multi-material packaging to 100% HDPE containers. These containers can be easily recycled, reducing contamination and improving material recovery at recycling facilities.
7.3.3 Closed-Loop Packaging Systems
Establishing a closed-loop system allows for the return, reuse, and recycling of lubricant packaging, reducing waste and supporting circular economy efforts.
End-of-Life Example: A company sets up a system where customers return empty drums to be reconditioned and reused multiple times. By implementing this system, a drum might be used multiple times before being recycled, drastically reducing the overall number of drums that need to be manufactured and disposed of in landfills.
7.3.4 Take-back and Collection Programs
Setting up packaging take-back programs for industrial customers can facilitate responsible end- of-life management. This ensures that packaging materials are returned, properly cleaned, and either reused or recycled.
End-of-Life Example: A lubricant company partners with large industrial customers to create a take-back program for used plastic IBCs. Customers return the used IBCs to designated
Version 11.06.2025 © ATIEL and UEIL Lubricants & Greases End of Life, Sustainable Best Practices
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