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New innovation offers hope for sustainable biodegradable plastics production

Researchers have achieved a significant breakthrough in the sustainable production of fumaric acid, a key component of biodegradable plastics

Yutaka amaoArtificial photosynthesis at osaka metropolitan universityResearch centerOsaka metropolitan universityArtificial photosynthesisSustainable productionFumaric acidBiodegradable plasticsRtificial photosynthesis technologyCarbon dioxide emissionsRenewable resources

Advanced artificial photosynthesis catalyst uses CO2 more efficiently to create biodegradable plastics

Advanced artificial photosynthesis catalyst uses CO2 more efficiently to create biodegradable plastics
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Yutaka amaoOsaka metropolitan universityResearch centerArtificial photosynthesis at osaka metropolitan universityProfessor yutaka amaoArtificial photosynthesisDalton transactions

Introducing an Efficient Method for Making Fumaric Acid

Researchers at Osaka Metropolitan University are making significant progress toward the sustainable production of fumaric acid, a component of biodegradable plastics like polybutylene succinate, which is frequently used for food packaging, in the face of growing global concern over climate change and plastic pollution.

Yutaka amaoMegan craigScientific researchInstitute for fermentationOsaka metropolitan universityOsaka metropolitan university research centerResearchers at osaka metropolitan universityResearch centerEfficient methodMaking fumaric acidOsaka metropolitanArtificial photosynthesisProfessor yutaka amaoDalton transactionsJoint international researchFostering joint international research

Advanced artificial photosynthesis catalyst uses CO2 more efficiently to create biodegradable plastics

An innovative and more efficient way to produce fumaric acid that not only reduces carbon dioxide emissions, but also reuses waste resources to make biodegradab

Yutaka amaoArtificial photosynthesis at osaka metropolitan universityResearch centerOsaka metropolitan universityProfessor yutaka amaoArtificial photosynthesisDalton transactionsLimate change plastic pollution petroleum fumaric acid carbon dioxide emissions biodegradable plasticsAll journal newsEnvironmental scienceOsaka metropolitan university

Advanced artificial photosynthesis catalyst uses CO2 more efficiently to create biodegradable plastics

Advanced artificial photosynthesis catalyst uses CO2 more efficiently to create biodegradable plastics
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Yutaka amaoOsaka metropolitan universityResearch centerArtificial photosynthesis at osaka metropolitan universityProfessor yutaka amaoArtificial photosynthesisDalton transactions