“The impacts of environmental pollution are potentially irreversible and have become a major concern for society. Faced with this reality, the purpose of this research is to identify which type of flexible packaging material used in the food industry creates less pollution. The Leopold Matrix was applied to assess in quantitative terms the life cycle of plastic and paper packaging, using information from various scientific articles and peer-reviewed indexed journals. The interactions between physical, biological, and socioeconomic elements were established for each action in the life cycle of the packages. The results showed evidence that flexible plastic packaging pollutes 16% more in the physical aspect concerning soil and water pollution than paper packaging, which has a more significant impact on air pollution. Regarding the biological aspect, plastic pollutes 63% more than paper w...

The impacts of environmental pollution are potentially irreversible and have become a major concern for society. Faced with this reality, the purpose of this study is to identify what type of flexible packaging material used in the food industry creates less pollution. The Leopold Matrix was employed to quantitatively assess the life cycle of plastic and paper packaging, using information from various scientific articles and peer-reviewed indexed journals. The interactions between physical, biological, and socioeconomic elements were established for each action in the life cycle of the packages. The results showed that flexible plastic packaging pollutes 16 percent more in the physical aspect concerning soil and water pollution than paper packaging, which has a more significant impact on air pollution. Regarding the biological aspect, plastic pollutes 63 percent more than paper in terms ...