Designing safe products for a circular economy
At Huhtamaki, we want to become the first choice in sustainable packaging solutions, and we believe that transitioning to a circular economy is the key to unlocking sustainability. In this transition, the change starts from our product design and innovation, and is reflected throughout the entire life-cycle of our products. . Overall, digitalization can help manufacturing businesses become more sustainable and circular by optimizing resource use, reducing waste, and creating closed-loop supply chains.
Designing for circularity offers exciting opportunities to develop new packaging solutions to address the needs of our society. However, we are also clear that when making choices in the product design phase, for example regarding the choice of materials or the structure of the packaging, there can never be a compromise on the safety and quality of the final product that is to be used in food contact. Product safety is non-negotiable and managing food contact safety is at the core of our sustainable packaging solutions for food.
Our ambitions related to circularity and product safety are as follows:
Designing for circularity
2030 goals
100% of products designed to be recyclable, compostable or reusable
>80% renewable or recycled materials by 2030
100% of fiber from recycled or certified sources by 2030
Performance in 2023
72.9% of our products fulfilled these criteria*
66.1% of total materials were renewable or recycled materials
98.7% of fiber-based materials were from recycled or certified sources
Product safety
2030 goals
All our products comply with Huhtamaki Global Food Contact Packaging Safety Policy
Zero food contact compliance related claims reported
Performance in 2023
Digitalization project of food contact material (FCM) compliance documentation continued
Cross-functional global FCM team in place for knowledge sharing and compliance across markets globally
Huhtamaki Global Food Contact Packaging Safety Policy revised
Zero significant incidents of non-compliance reported.