Objectives

The objective was to reduce the environmental impact of plastic waste generated by traditional tablet and OTC product packaging while providing an equally secure alternative to meet industry and consumer demands. Our aim was also to transform the market sustainably through our innovation, substituting plastic as the conventional packaging material for pharmaceuticals and OTC products.

The use of fossil resources needed to be minimized, replaced by renewable raw materials from sustainable sources. In this regard, it was our inherent requirement during development to incorporate a circular approach. This meant designing the tablet blister to be environmentally friendly at the end of its lifecycle, either through biodegradation or easy recyclability, promoting a circular economy and reducing waste.

In alignment with our commitment to environmental responsibility, it was our goal to not only revolutionize packaging materials but also address the carbon footprint associated with traditional tablet blister production. We strived to integrate sustainable practices into every phase of our product's lifecycle, aiming to significantly reduce the CO2 emissions associated with conventional plastic blister manufacturing. In summary, our goal was not only to replace the conventional plastic tablet blister but to optimize and make it sustainable throughout its entire lifespan: from raw material extraction and production to disposal. The entire lifecycle of the tablet blister was considered and improved to bring us closer to our vision of a plastic-free packaging world.
 

How were the objectives met?

The objectives were successfully met through the development and implementation of our proprietary tablet blister. Our innovative solution is crafted from renewable raw materials, specifically moulded pulp derived from sustainable fresh fibers. To ensure crucial barrier properties, we employ our PAPACKS® Plant-Based-Coating, a plastic-free coating that provides resistance to fats, oxygen, and water vapor. Notably, we have replaced traditional aluminum foil for sealing with seal paper, resulting in a tablet blister composed entirely of renewable resources. This strategic choice eliminates the reliance on fossil fuels in our packaging.

Moreover, our commitment to sustainability extends to the certification of our raw materials under FSC® standards, endorsing responsible forest management. Our tablet blisters can be disposed of and recycled in the paper waste stream, provided they are free of medication residues. The utilization of renewable resources, which absorb CO2 during their growth, contributes to a significantly reduced carbon footprint. We further prioritize environmental consciousness by powering our production with green energy and sourcing raw materials locally, minimizing carbon emissions associated with transportation.

In summary, our tablet blister not only fulfills its primary function of secure packaging but also achieves a comprehensive sustainability profile. The utilization of renewable materials, eco-friendly coating, and adherence to responsible sourcing and disposal practices collectively ensure that our product aligns seamlessly with the objectives of reducing environmental impact and fostering a circular economy in pharmaceutical packaging.

Location: Cologne, North Rhine-Westphalia, Germany

Submitter: PAPACKS SALES GmbH

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