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HomepageUP Scorecard tool
  • Background information
    • 🆙What is the UP Scorecard?
    • 🌲Health impacts of foodware and packaging: why does it matter?
    • đŸĨ¤What is sustainable food packaging?
    • â„šī¸Food Contact Materials (FCMs)
      • đŸŦPlastics
      • đŸŒŊBioplastics
      • đŸĢ™Glass
      • đŸĨĢMetal
      • 🍟Paper & board
      • 🧃Multimaterial
      • ☕Ceramic
    • đŸŽ›ī¸Packaging systems
      • 🔂Single-use packaging
      • 🔁Reusable packaging
  • METHODOLOGY
    • âš™ī¸UP Scorecard methodology
    • 📊The six UP Scorecard metrics
      • â˜ī¸Climate Impact
      • 🚰Water Use
      • đŸ—‘ī¸Plastic Pollution
      • đŸŒŗSustainable Sourcing
      • 🔄Recoverability
      • âš—ī¸Chemicals of Concern
    • đŸ’ģData sources
  • Using the tool
    • 👤Creating an account
    • 🔀Choose your mode
      • ✅Product Comparison
      • â˜‘ī¸Portfolio Scoring
    • ✨Customization
      • âš™ī¸What can you customize?
        • 📏Product characteristics
        • 🔄Reuse settings
        • 💠Component definitions
        • 🚚Manufacturing & Transportation
        • 💚Sourcing settings
        • â™ģī¸Recoverability settings
        • âš—ī¸Chemicals of Concern
        • đŸĨ—Food or beverage content
      • 👩‍đŸĢHow to customize?
        • đŸĨĄCreate a new product
        • 🔧Edit an existing product
        • 🍛Define a custom food
        • â™ģī¸Adjusting recovery settings
    • 🍜Use case example
  • Leveraging Results
    • 🧠How to apply the results of the tool?
  • Misc
    • 🔒Account & personal data
    • 📖Glossary
    • ❓Frequently asked questions
    • 👋About SUM'D
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The UP Scorecard is a free, easy-to-use web-based tool to assess the impacts of foodware and food packaging on human and environmental health.

On this page
  • Manufacturing
  • Transportation
  • Example
Export as PDF
  1. Using the tool
  2. Customization
  3. What can you customize?

Manufacturing & Transportation

PreviousComponent definitionsNextSourcing settings

Last updated 1 month ago

Manufacturing

The impacts of producing the product (raw materials, forming, and transport) depend on the region of production. The region of use determines the average rates of recovery, recycled content inclusion, and disposal mixes.

By default, the region of production is set to be the same as the region of use. But the users can specify the region of production for a product, distinct from the region of use.

Transportation

Various transport processes throughout a product life cycle contribute to environmental impacts. Some transport stages are embedded within predefined activities and cannot be modified by the users (see default values for ), while others may be customized:

For the customizable transportation legs, the users can choose between different transportation modes, and specify the transportation distances. It is also possible to add transportation stages.

Mass Load Factor: This factor depends on the packing efficiency of products during shipping. If a trailer is filled to capacity but is under its rated payload weight, the mass load factor will be less than 100%.


Example

Finally, the user can adjust the (default is 85%).

The transportation parameter strongly influences the climate metric. The graph below shows how the changes based on transportation modes for different materials. The following graph shows the life cycle global warming impact of various single-use items, with different supplier-to-user transportation scenarios (values in ).

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âš™ī¸
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transport stages
Mass load factor
g CO2-eq.
g CO2 eq
Infographic showing which transport stages in the whole life cycle of a product are customizable in the UP Scorecard.
Graph showing g CO2-eq. for different single-use drinking containers based on the mode of transportation used. The transportation refers to transport from supplier to user.