Page 187 - Towards A Sustainable Future , Phase 3 2025, E-Book_Neat

attributes make the pouch a practical choice for preserving The following data compares the carbon footprint of Revive's
food quality over time. current packaging with the option of converting it to a fully
recyclable pouch.
The pouch demonstrates impressive mechanical performance,
with a seal strength of 6.28 kgf/mm, ensuring a secure and The calculations of Carbon Dioxide Equivalent (CO2e) emission
reliable seal to prevent leaks or contamination. Its burst are based on aggregates using global warming potentials
strength of 0.64 kg/cm² and puncture resistance of 4.8 (GWPs) over a 100-year time horizon, derived from the IPCC
pounds further enhance its durability, enabling it to withstand Second Assessment Report (IPCC, 1995a).
handling and transport without compromising its integrity.
These features contribute to its suitability for commercial and The formula for the computation of CO2e emissions is:
retail applications where packaging resilience is essential. Weight of material X Conversion Ratio with Units
Data for Weight of Materials
However, while the pouch excels in many areas, it does have
some limitations. Its water vapour barrier properties, while
adequate for general food storage, may not be sufficient for
highly moisture-sensitive products, such as powdered milk or
spices. Furthermore, although the PE material is recyclable, its
environmental benefits depend on the availability of proper
recycling infrastructure. In regions where such facilities are
limited, the pouch may not achieve its full potential in terms
of waste reduction and environmental impact.

Additionally, the production of polyethene, while less harmful
than some alternatives, still involves energy consumption
and emissions. Although the pouch is recyclable, it is not
biodegradable, meaning that improper disposal could
contribute to long-term environmental pollution. Its opaque
design may also be a drawback for certain products, as it
prevents consumers from visually inspecting the contents
without opening the package.

Overall, the fully recyclable stand-up pouch with a zipper
is a well-designed solution that balances functionality and
sustainability. Its resealable feature, robust barrier properties,
and durability make it a practical choice for food storage.

This pouch represents a significant step forward in reducing
the environmental impact of packaging. Its innovative design
and eco-conscious materials meet the growing demand
for sustainable packaging, offering both businesses and
consumers a viable alternative to traditional plastic-based
solutions.

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