SUSTAINABILITY FRAMEWORK

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  • DISTRIBUTION CONSIDERATIONS

    27. MINIMUM PRODUCT VOLUME AND WEIGHT

    Products that are compact and lightweight after packaging require less material and consume less energy in transportation, supporting ecological sustainability. This efficiency also lowers costs, enhancing economic sustainability. Designs that incorporate nesting, knockdown, modular, or folding configurations reduce distribution volumes, while carefully considered construction and dimensional planning can eliminate the need for over-sizing.  

    28. MINIMUM AND CLEAN TRANSPORT 

    All forms of transport consume energy, yet some modes—such as trains and ships—are inherently more ecologically sustainable. Wherever possible, these should be prioritised over air or road transport. Minimising transportation not only reduces energy consumption but also lowers costs, supporting both ecological and economic sustainability.  
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  • 29. LOCAL PRODUCTION TO CONSUMPTION SYSTEMS

    Local production and distribution systems are inherently economically sustainable due to their simplicity and cost- and time-efficiency. Geographical proximity between production and consumption reduces the need for complex packaging and long-distance transport, enhancing ecological sustainability. By supporting local livelihoods, these systems also reinforce social and economic sustainability.  

    30. MINIMUM PACKAGING 

    Packaging serves both utilitarian and aesthetic functions: it protects the product during distribution while enhancing perceived value to support marketing. Lean design can achieve both objectives and may also enable returnable packaging systems. Minimising packaging—or eliminating it entirely—further promotes ecological and economic sustainability. 
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  • 31. REUSABLE PACKAGING 

    Reusable packaging enhances ecological sustainability by reducing the need for fresh material inputs. By encouraging repeated use, it also nurtures a culture of mindful consumption, supporting cultural sustainability. Bulk transport packaging can be made reusable through strategies such as return systems or monetary deposits.

    32. RECYCLABLE PACKAGING

    Packaging made from recyclable materials supports both ecological and economic sustainability. Its recyclability reduces pressure on natural resources, while retaining commercial value by being reintroduced into new production cycles. 

    33. PACKAGING MADE FROM LOW IMPACT MATERIALS

    Packaging made from organic, low-impact materials—non-toxic, ozone-friendly, and free from harmful emissions—minimises environmental impact and enhances ecological sustainability. 

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