Greenhouse gas balancing for plastics

Pöppelmann FAMAC offers its customers a greenhouse gas emissions balance to optimise their packaging.
(Image: Pöppelmann)

Balancing greenhouse gas emissions can help with the development and optimisation of packaging. Pöppelmann FAMAC now offers its customers such an assessment.

Pöppelmann FAMAC combines quality and sustainability with its resource-saving plastic products. The plastics specialist makes it possible to calculate the GHG emissions generated during the manufacture of specific products. For example, existing empirical values for the production technology used are utilised for this purpose. The definition of greenhouse gases does not only include CO2 but also methane, nitrous oxide and ozone, among other things, as stipulated in the Kyoto Protocol. The results of the calculations are then used for optimisation in Pöppelmann FAMAC's product development. On this basis, innovative solutions are created that conserve resources and reduce GHG emissions. These measures can also be applied to strictly regulated sectors such as the pharmaceutical industry or medical technology.

Large quantities of GHG emissions have already been saved in this way for numerous articles, e.g. through significant Material reductions (weight-reduced tablet dispenser), more recyclable mono-PP tablet dispensers, reusability (reusable trays for food retailers), logistical optimisations (airway filter housings for medical technology) or even the use of post-consumer recyclates that completely close the material cycle (non-food universal packaging, reaction vessels for the pharmaceutical industry).

More sustainable product development with the calculation of specific GHG emissions is part of the Pöppelmann Group's comprehensive climate strategy. In order to do justice to the increasingly important environmental aspect of greenhouse gas emissions and to further strengthen the Group's contribution to climate protection, the Group has calculated its Corporate Carbon Footprint (CCF) for 2021. It provides information on the sources of GHG emissions in relation to the company's various business activities, and shows reduction potentials. Based on these calculations, Pöppelmann defined its own climate targets (science-based targets) for reducing GHG emissions in accordance with the recognised Science Based Targets initiative (SBTi) standard. The validation by the Science Based Targets initiative in October 2023 confirmed that the Pöppelmann Group's targets are in line with the 1.5 degree target of the Paris Climate Conference.

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Source: Pöppelmann FAMAC