One of the biggest impacts of Packaging Extended Producer Responsibility (EPR) is that packaging material choices now have a direct commercial consequence.
As EPR fees increase, organisations are taking a closer look at packaging weight, material selection and recyclability to identify opportunities for cost reduction and improved efficiency.
For many businesses, reducing packaging material is becoming one of the most effective ways to reduce both environmental impact and EPR-related costs.
This shift is prompting new conversations around packaging optimisation, material reduction, and whether innovation can help businesses do more with less.
Why Material Reduction is becoming more important
One of the most effective ways businesses can improve packaging efficiency is by reducing the amount of material used within a packaging specification. On the surface, the benefit appears straightforward. Less material means lower resource consumption.
However, material reduction can also create wider commercial benefits. Lower material usage can support sustainability objectives, improve resource efficiency and contribute towards reducing the amount of packaging being placed on the market, which ultimately influence EPR-related costs.
The challenge is that the packaging still needs to perform.
Products still need protecting throughout transportation and delivery. Operations still need consistency. Customer experience still matters.
This is where material innovation is becoming increasingly important.
Looking Beyond Traditional Approaches
As organisations look for new ways to support packaging optimisation initiatives, interest is growing in advanced materials and how they can help businesses achieve more with less.
This is one of the reasons Duo began exploring graphene and advanced materials.
The conversations we were having with customers weren’t focused on finding entirely new packaging formats. They were focused on solving familiar challenges. Businesses wanted to increase recycled content, reduce material consumption and improve sustainability performance while maintaining operational efficiency and customer experience.
The challenge was that improving one aspect of packaging often created pressure elsewhere. Increasing recycled content could raise concerns around performance and consistency. Reducing material could create questions around durability and product protection. Improving sustainability could introduce additional operational complexity.
Rather than accepting these trade-offs as unavoidable, Duo partnered with the Graphene Engineering Innovation Centre (GEIC) at The University of Manchester to explore whether advanced materials could provide a different approach.
That work ultimately led to the development of 2DPE™, Duo’s graphene-enhanced polyethylene material technology.
Rather than replacing polyethylene with an entirely different material, 2DPE™ was developed to enhance an existing packaging material and create opportunities to explore material reduction, higher recycled content, improved processing efficiency and greater overall resource efficiency within flexible packaging applications.
What Material Innovation can look like in practice
One of the most interesting aspects of packaging optimisation is that relatively small reductions in packaging weight can have a significant impact when applied at scale.
This was demonstrated through the application of 2DPE™ within autobagging film.
Working with QVC, their auto bagging film thickness was reduced from 30 microns to 28 microns, creating packaging that was approximately 5% lighter than the previous specification. At the same time, recycled content increased from 45% to 60%, while maintaining the operational performance required within a high-volume fulfilment environment.
For QVC, this level of lightweighting is expected to reduce virgin plastic consumption by approximately 50 tonnes per year. The reduction in packaging weight could also contribute towards savings of approximately £21,150 per year in Packaging Extended Producer Responsibility (EPR) fees.
While every packaging application is different, the project demonstrates how packaging optimisation, lightweighting and increased recycled content can work together to reduce material consumption whilst maintaining operational performance.
Can Packaging Weight Influence EPR Costs?
Packaging weight is becoming an increasingly important commercial consideration.
Under EPR, the amount and type of packaging placed on the market directly influence compliance costs.
As a result, organisations are increasingly exploring lightweighting opportunities, material reduction initiatives and packaging optimisation strategies that can reduce packaging usage whilst maintaining performance.
For many businesses, even small reductions in packaging weight can create significant cost savings when applied at scale.
Why Packaging Optimisation Matters More Than Ever
As EPR continues to reshape packaging decision-making, organisations are increasingly looking beyond the immediate cost of packaging and considering the wider impact of packaging specifications.
Packaging weight, material choice, recyclability and overall efficiency are becoming increasingly important considerations.
The conversation is no longer simply about whether packaging performs.
It’s about whether packaging is performing as efficiently as possible.
For many businesses, material reduction will form an important part of future packaging strategies, helping support sustainability objectives, operational requirements and compliance obligations simultaneously.
As compliance costs continue to increase, businesses that can reduce material consumption without compromising packaging performance are likely to be in a stronger position to manage both environmental and commercial pressures.
Could 2DPE™ Support Your Packaging Optimisation Strategy?
If you’re looking to:
- Increase recycled content
- Reduce packaging material
- Lower EPR costs
- Explore lightweighting opportunities
- Improve packaging efficiency
Our team would be happy to discuss where 2DPE™ could fit within your current packaging specification.
Request a Packaging Review
Discuss a Trial Opportunity
Speak to a Packaging Specialist
📧 [email protected]
📞 +44 (0)161 203 5767