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Article | July 11, 2007
Europe at the forefront of fiber-based packaging technology
SustainPack, a four-year European research program, aims to make sustainable packaging an industry standard by 2015. The consortium, which is made up of 35 partners from 13 countries, will encourage the use of traditional, natural-based packaging products by producing easily degradable, renewable, and recyclable packaging based on biopolymers, paper, and board.
supermarkets that are driving sustainability issues. One store that is serving as a role model for others is Wal-Mart. The company has introduced a five-year plan to reduce overall packaging by five percent. The initiative will measure Wal-Mart’s suppliers on their ability to develop packaging and conserve natural resources. U.S.
While The European Union has stronger directives on packaging, says Breen, it is the large
“Developing sustainable packaging that can compete effectively with packaging derived from petrochemical-based polymers is extremely challenging,” says Chris Breen, professor of materials chemistry with Sheffield Hallam is working on developing nanoclay particles that will improve the barrier properties and mechanical strength of the new biopolymer films and coatings. Chitosan, a molecule derived from the shells of crustaceans, is being used as a modifier to make the nanoclays more compatible with the biopolymer films and to disperse throughout the films to effectively repel water molecules.
Sheffield Hallam University’s Materials and Engineering Research Institute, . “Petroleum-derived polymers can be used in combination to provide really excellent barrier films to both water and oxygen. Natural polymers are very good barriers to oxygen and grease, but they all have a natural affinity for water, which is incorporated in their structure. Therefore, a very significant challenge is to modify natural polymers to take advantage of their useful barrier properties and find ways to reduce their leakiness toward water vapor. That is why universities, research institutes, and industry have combined forces to address these shortcomings, and we are making progress using renewable polymers as freestanding films and as paper coatings.”Learn about packaging innovation at The Packaging Conference in Orlando, February 3-5, 2014 Sheffield, UK
“Developing sustainable packaging that can compete effectively with packaging derived from petrochemical-based polymers is extremely challenging,” says Chris Breen, professor of materials chemistry with
“The general view is that renewables are a little cheaper [than traditional packaging],” says Breen, “but I don’t have hard figures.” The major attraction, however, is that sustainable packaging is biodegradable and can be repulped and reprocessed. “The benefit is a greener product and a significant reduction in our current reliance on petroleum-based products,” says Breen. “Thus, we will need to reach a compromise between barrier properties and ‘ecofootprint,’ using renewable packaging where it is appropriate whilst realizing we still need to use petroleum-based products for more demanding packaging requirements.”
Sustainable packaging is best suited to products that do not require high barriers or extensive shelf life, says Breen. Examples include soft or processed cheese, dog food, and individually wrapped dishwasher tablets.
What will it take to convince retailers and manufacturers that they should make the switch? “Increasing public demand, European legislation, and convincing them that renewable packaging can work,” says Breen. SustainPack is developing a range of sample packages that will convey just how versatile and competitive renewable packaging can be.
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