World first bioplastic solution to growing coffee cup waste
Our client Biome Bioplastics has announced its world-first plastics for takeaway beverage cups, made from plant-based sources.
Never before have such bioplastic materials for disposable cups and lids been made that are fully compostable and recyclable, while still performing like petroleum-based plastic under heat and stress.
The British bioplastics manufacturer has unveiled a range of bio-based plastics for cups and lids to enable retailers and packaging manufacturers to offer consumers a more sustainable option.
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Of the new coffee cups, Paul said:
“For such a simple product, disposing of a single coffee cup is a very complex problem. Coffee drinkers are acting in good faith when they see recycling logos on their takeaway coffees but most cups are lined with oil-based plastic and the lids made of polystyrene making recycling impossible, even when placed in the right bin.
“We need to also question how much fossil fuels go into coffee cups, given the reliance on petroleum-based plastic. When 2.5 billion takeaway cups are thrown away each year, and less than one per cent are recycled, each cup adds up.”
For the last five years, Biome Bioplastics has developed a range of biopolymers for coffee cups, lids and coffee pods based on natural and renewable resources including plant starches and tree by-products such as cellulose.
“Our solution is making biopolymers that can be made into fully biodegradable coffee cup and lid combinations. The result being a bio-based takeaway cup disposable either in a paper recycling stream or food waste stream.
“In appropriate composting conditions our cups and lids will disappear to carbon dioxide and water within three months.”
Two thirds of people would prefer cup lids to be made sustainably
Market research conducted for Biome Bioplastics by consumer insight company Vision One revealed:
- Almost two thirds of people would prefer cup lids to be made sustainably and 53% would be more likely to buy from shops using plant-based biodegradable cup products;
- More than half of people thought takeaway coffee cups came at too much of a cost to the environment, and more than a third claimed they would avoid buying takeaway drinks because of this; and,
- More than 60 per cent of people thought plant-based biodegradable plastics were a better option than oil-based plastics.
Mr Mines said Biome was empowering forward-thinking coffee retailers with a solution to address growing consumer concern.
“There are high-tech biopolymer materials being produced here in Britain that are ready to be deployed at scale for the market. Bioplastics can now perform almost exactly like petroleum-based plastics under mechanical stress and at boiling temperatures.”
“The shocking amount of landfill waste shows the urgent need for big brands to accelerate work in new, sustainable materials such as bioplastics. High street retailers can now give consumers what they want: a sustainable takeaway cup option that can either be properly recycled or composted.”
About Biome Bioplastics
Biome Bioplastics is a leading UK developer of intelligent, natural plastics. Serving a global customer base from its headquarters in Southampton, the company’s mission is to produce bioplastics to challenge the dominance of oil-based polymers, and ultimately replace them completely. Building on 20 years of development activity, Biome Bioplastics produces a range of high-performance, plant-based bioplastics that are 100% biodegradable and compostable. Its biopolymers are suitable for both short-life and disposable products, as well as long-life, durable applications. Biome Bioplastics developed the materials for the first biodegradable coffee pod, offering one of the only sustainable packaging alternatives in the single-serve market. Biome Bioplastics’ range can be processed on existing packaging manufacturing equipment at high speed, for the wide array of plastic processing, including injection moulding, sheet extrusion for thermoforming and vacuum forming, blown film, lamination, extrusion coating and monofilaments.