creating a more sustainable gallon jug for milk
DESCRIPTION
85% of fluid milk in the USA is packaged in monolayer HDPE packaging, with the result that any reduction in the amount of plastic used can have a major impact on reducing the carbon footprint. This presentation discusses the results of studies of a progression of ways in which the amount of plastic used in the creation of gallon jugs can be reduced. –Light-weighting through container design. –Adding calcium carbonate as a filler. –Light-Weighting + optimizing for calcium carbonate filler. These results meet recommendations coming out of the Life Cycle Analysis study conducted by the Innovation Center for US Dairy which recommended light-weighting or container weight reduction as a key focus area for improvement in the supply chain impact of fluid milk. A recipe for the gallon jug of the future is presented, and the hypothesis made that “Integrated Design” will be the next frontier in creating a more sustainable gallon jug for milk.TRANSCRIPT
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Creating A More Sustainable Gallon Jug For Milk Dr Gail Barnes, Partner, Personify LLC
International Dairy Show
Monday, November 4, 2013 - 12:30PM - 12:50PM
Booth 1074 - iDairyShow Theater
Chicago, IL
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Summary • 85% of fluid milk in the USA is packaged in monolayer HDPE packaging,
with the result that any reduction in the amount of plastic used can have a major impact on reducing the carbon footprint.
• This presentation will discuss the results of studies of a progression of ways in which the amount of plastic used in the creation of gallon jugs can be reduced. – Light-weighting through container design. – Adding calcium carbonate as a filler. – Light-Weighting + optimizing for calcium carbonate filler.
• These results meet recommendations coming out of the Life Cycle Analysis study conducted by the Innovation Center for US Dairy which recommended light-weighting or container weight reduction as a key focus area for improvement in the supply chain impact of fluid milk.
• A recipe for the gallon jug of the future will be presented, and the hypothesis made that “Integrated Design” will be the next frontier in creating a more sustainable gallon jug for milk.
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Packaging Principles
• Packaging should: – Be fit for purpose.
– Be the lightest weight possible.
– Use materials from the most sustainable sources.
– Maximize opportunities for recovery and recycling.
– Be designed to have the lowest carbon impact.
– Be aesthetically pleasing and convenient to use.
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U.S. Fluid Milk Infographic
Source: Principles of a measurement framework: application to processing and packaging technologies. Institute of Food Technologists Annual Meeting and Food Expo, Las Vegas, NV, June 27, 2012
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U.S. Fluid Milk Carbon Footprint
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Processing & Packaging LCA
• Comprehensive LCA of fluid milk delivery systems in the U.S.
• Assessment of environmental impacts of 18 fluid milk packaging and delivery options.
Source: Principles of a measurement framework: application to processing and packaging technologies. Institute of Food Technologists Annual Meeting and Food Expo, Las Vegas, NV, June 27, 2012
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Fluid Milk Delivery Systems Studied
Source: Principles of a measurement framework: application to processing and packaging technologies. Institute of Food Technologists Annual Meeting and Food Expo, Las Vegas, NV, June 27, 2012
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Climate Change Impact Assessment
Source: Principles of a measurement framework: application to processing and packaging technologies. Institute of Food Technologists Annual Meeting and Food Expo, Las Vegas, NV, June 27, 2012
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Non-Renewable Fossil Energy Assessment
Source: Principles of a measurement framework: application to processing and packaging technologies. Institute of Food Technologists Annual Meeting and Food Expo, Las Vegas, NV, June 27, 2012
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Processing & Packaging LCA Conclusion
• Differences between systems are relatively small.
• Comparative assertions of performance are not supported.
• Differences between systems are largely defined by container material and mass.
Source: Comprehensive life cycle assessment of fluid milk delivery systems, 8th International Conference on Life Cycle Assessment in the Agri-Food sector, Saint-Malo, France, Oct. 1-4, 2012
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Recommendations For Improvement In Supply Chain Impact
• Container – Container weight reduction, especially in on-the-go systems. – Improved use of distribution packaging that can be used many times. – Reduce energy use which improves multiple impact category effects.
• Processing plant – Energy efficiency would directly lower impact to climate change and
costs. – Water use and wastewater reduction in processing plant which will
affect eutrophication mitigation, and cost reduction. – Avoid sewage overload which is the main contributor to nitrogen
emission to water and cause of eutrophication. – Evaluate wastewater treatment discharges for potential reduction in
human toxicity, and eco toxicity, cost savings. – Optimize out-of-date (from distribution and retail center) milk return
and use as feed.
Source: Principles of a measurement framework: application to processing and packaging technologies. Institute of Food Technologists Annual Meeting and Food Expo, Las Vegas, NV, June 27, 2012
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Study 1: Light-Weighting Through Container Design
12% weight savings through optimized design alone
Source: Uniloy
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Study 2: Adding Calcium Carbonate As A Filler
Source: Uniloy and Omya
• Recycling recovery rate of 99% with CaCO3 levels up to 8%.
• CaCO3 compounded in a master batch, doesn't require changes to equipment except for the addition of a material blender.
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Study 3: Light-Weighting + Optimizing For Calcium Carbonate Filler
• Required optimizing design to regain top load e.g.
– Tucked in handle.
– Ribs on bottom and shoulder.
• 54g bottle possible.
Source: Uniloy
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Future Possibilities – Adding Recycled Content
• Arla UK’s bottles already made of 15% rHDPE.
• Bottles made with 50% post-consumer recycled content will be produced at Arla's new Aylesbury dairy.
Source: Arla Foods, Plastics Today
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Future Possibilities – Using Bio-Resins
• Bio-plastics are plastics made using ethanol from renewable resources such as sugarcane and corn or crop waste.
• Any grade of HDPE or LDPE can be made using the biopolymer.
• Up to 30% bio-resin content envisaged.
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Recipe For Tomorrow’s Gallon Jug?
• For a 56g gallon jug: – 29.7g virgin HDPE
reduces the amount of virgin HDPE by more than 50%!
– 16.8 grams biopolymer.
– 5.6 grams rHDPE. – 3.9 grams calcium
carbonate.
Today’s gallon jug
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“Integrated Design” Is The Next Frontier
• Using the minimum input and getting maximum use of materials at the end.
• Can only come about by the value chain working together: – Raw materials suppliers. – Equipment manufacturers, e.g. of blow molding
equipment. – Distribution equipment manufacturers, e.g. of crate
packing equipment. – Processors/brand owners. – Retailers.
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Thank You
www.linkedin.com/in/gailbarnes
@DrGailB