Image default
Biomass Technology

Green Science Alliance develops biodegradable alternative to replace microplastics in cosmetics

Japanese chemical company Green Science Alliance has developed biodegradable resin beads to replace microplastic beads in cosmetics.

Green Science Alliance’s Dr. Ryohei Mori developed the biodegradable resins from polylactic acid (PLA).

Plastic microbeads have already been banned from shower gels and toothpaste in the UK and Ireland.

An estimated 30,000 tonnes of microplastics from consumer products end up in our world’s oceans every year.

Some of these microplastics are eaten by marine life, passing up the food chain and ending up on our own plates.

According to Green Science Alliance, its technology is registered as one of the United Nations Industrial Development Organization’s technology.


If you were interested in this bioeconomy story, you may also be interested in the ones below.

Read: How are scientists fighting the war against microbeads?

Read: UK political parties ramp up focus on climate change and single-use plastics in their manifestos.

Read:  Bio Market Insights introduces bioeconomy policy monitor page.

Read: Canada and Italy promote national bioeconomy strategies.

Read: Bio-based industry gives lukewarm response to UK’s first bio-economy strategy.

Read: Bioeconomy will help to bring jobs to EU’s rural areas and keep the bloc ‘politically balanced’, Dutch MEP says.

Read: UK government launches consultation on standards for biodegradable, compostable and bio-based plastics, as it unveils new sustainable materials fund.

Related posts

Valmet and Metsa ink preliminary agreement for planned bioproduct mill

Liz Gyekye

Unibio completes final upgrades ahead of commencement of large scale commercial phase.

Luke Upton

How Evonik plans to be the first company to commercialize biosurfactants.

Bio-Based World News Staff

Leave a Comment

This website uses cookies to improve your experience. We'll assume you're ok with this, but you can opt-out if you wish. Accept Read More