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In this section, you can access to the latest technical information related to the FUTURE project topic.
UBC researcher creates wood-based alternative to single-use plastic
Dr. Jiang?s processnbsp;breaks down wood fibres (sourced from forest waste) in a solution of cold sodium hydroxide combined with mild mechanical blending. The sodium hydroxide is then recycled. The result is a translucent, strong and water-resistant film.
Other researchers have also developed cellulosic films but the UBC project?funded by the Ministry of Forests, Lands, Natural Resource Operations and Rural Development?is the first to use small amounts of energy and chemicals in the manufacture.
Dr. Jiang?s process breaks down wood fibres (sourced from forest waste) in a solution of cold sodium hydroxide combined with mild mechanical blending.What it?s good forLike conventional plastic, the film can be made into coffee bags or chip bags, pouches like pouches for cereal or frozen fruit, or protective wrap like bubble wrap or envelopes.
The difference is that at the end of its life cycle, the cellulose film can be buried in the ground or an organics bin, where it will break down within three weeks.
Why it mattersWith certain plastics taking up to a million years to decompose, single-use plastic is a massive source of pollution and it also uses significant amounts of toxic chemicals during manufacture. Dr. Jiang and his team hope to bring their film to market within a few years to offer an alternative that is environmentally friendly and marks a new use for forest byproducts.
ContactSteph Troughton
UBC Forestry
Cell: 604-362-7706
Email: stephanie.troughton@ubc.ca
Lou Corpuz-Bosshart
» Author: Marion Kupfer
» Publication Date: 08/11/2022
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