Raw biowaste conversion to high-value compounds for food, cosmetic and pharmaceutical industries DOI Creative Commons
Veronika Krbečková, Daniela Plachá

Environmental Research, Journal Year: 2024, Volume and Issue: 263, P. 120134 - 120134

Published: Oct. 9, 2024

Biowaste valorisation into high-value compounds is one of the main challenges green chemistry, as chemicals produced from biological sources are identified key substances in development a low-carbon and circular bioeconomy connection with transition fossil to renewable feedstocks. The review summarizes production products such glucose-based chemicals, phenolic volatile-fatty acids prepared biomass waste. pretreatment methods milling, filtration extraction followed by current non-catalytic microwave or ultrasound catalytic for value-added presence various catalyst types conventional, nano enzyme form listed focus on applied food, cosmetic pharmaceutical industries. economic feasibility, technical aspects concept biorefinery briefly mentioned, emphasizing necessity life cycle assessment each bioproduct technological process. Finally, it provides future perspective makes recommendations potential research strategies, recognizing importance utilizing waste useful an attractive environmentally friendly approach whose should be encouraged. utilization biowaste shows high potential, however, there still many resolved throughout entire chain, reflecting technological, economic, ecological, sociological long-term issues.

Language: Английский

Raw biowaste conversion to high-value compounds for food, cosmetic and pharmaceutical industries DOI Creative Commons
Veronika Krbečková, Daniela Plachá

Environmental Research, Journal Year: 2024, Volume and Issue: 263, P. 120134 - 120134

Published: Oct. 9, 2024

Biowaste valorisation into high-value compounds is one of the main challenges green chemistry, as chemicals produced from biological sources are identified key substances in development a low-carbon and circular bioeconomy connection with transition fossil to renewable feedstocks. The review summarizes production products such glucose-based chemicals, phenolic volatile-fatty acids prepared biomass waste. pretreatment methods milling, filtration extraction followed by current non-catalytic microwave or ultrasound catalytic for value-added presence various catalyst types conventional, nano enzyme form listed focus on applied food, cosmetic pharmaceutical industries. economic feasibility, technical aspects concept biorefinery briefly mentioned, emphasizing necessity life cycle assessment each bioproduct technological process. Finally, it provides future perspective makes recommendations potential research strategies, recognizing importance utilizing waste useful an attractive environmentally friendly approach whose should be encouraged. utilization biowaste shows high potential, however, there still many resolved throughout entire chain, reflecting technological, economic, ecological, sociological long-term issues.

Language: Английский

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