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INNOVATIONS FROM NATURE (Micro)plastic degradation P R O J E CT O F F E R ACIB HAS DEVELOPED i) standardized and rapid enzyme based tests for the investigation of (bio) polymer biodegradability and ii) enzymes for the fully natural degradation of different plastics such as PET, PU, etc. This allows for novel recycling approaches, as well as novel solutions for microplastic in wastewater treatment facilities. BACKGROUND 400 million tons of plastics are being produced per year. The majority of it is not recycled, but burned, processed into low-grade plastics or ends up in the environment, where it can take centuries to degrade, accumulate in the food chain and poses an immense concern. TECHNOLOGY 1) acib offers standardized and novel rapid enzyme based procedures for the investigation of biodegradation of synthetic and bio-based polymers in a range of different environments including (anaerobic) composting, aqueous systems (rivers, lakes, …), animal digestion models and others. Structurally different model substrates are synthetized and labelled to elucidate the influence of chemical composition and environmental fac- tors onto biodegradation. 2) acib develops advanced enzymes for natural degradation of various synthetic and bio-based polymers into their building blocks. With dif- ferent enzymes it is possible to fully degrade even composite materials consisting of e.g. PET (polyethylene terephthalate), PU (polyurethane), etc. It is possible to develop a novel process for polymer-recycling wit- hout prior need of plastic being sorted. OUR OFFER acib seeks investors and industrial partners to develop this technology to commercial scale. Under protection of a CDA/NDA we provide you with details on bioleaching and bioremediation opportunities. Any IP developed in a joint project would fully belong to the investor/industrial partner. EXPERTS Prof. Dr. Georg Gübitz Dr. Doris Ribitsch AVAILABLE FOR Joint Research Project Contract Research Investment DEVELOPMENT STATUS Technology Readiness Level 3-5 (Technology validated in lab) IPR Will be generated for our industrial partner / investor KEYWORDS Microplastic (Bio)Polymers Enzymatic degradation Biodegradation Enzyme engineering CONTACT acib GmbH, Petersgasse 14, 8010 Graz +43 316 873 9316 [email protected] www.acib.at Foto: www.pixabay.com

(Micro)plastic degradation · 2019-04-10 · INNOVATIONS FROM NATURE (Micro)plastic degradation P R O J E C T O F F E R ACIB HAS DEVELOPED i) standardized and rapid enzyme based tests

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Page 1: (Micro)plastic degradation · 2019-04-10 · INNOVATIONS FROM NATURE (Micro)plastic degradation P R O J E C T O F F E R ACIB HAS DEVELOPED i) standardized and rapid enzyme based tests

INNOVATIONS FROM NATURE

(Micro)plastic degradation

PROJECT OFFER

A C I B H A S D E V E L O P E D

i) standardized and rapid enzyme based tests for the investigation of (bio)polymer biodegradability and ii) enzymes for the fully natural degradation of diff erent plastics such as PET, PU, etc. This allows for novel recycling approaches, as well as novel solutions for microplastic in wastewater treatment facilities.

B A C K G R O U N D

400 million tons of plastics are being produced per year. The majority of it is not recycled, but burned, processed into low-grade plastics or ends up in the environment, where it can take centuries to degrade, accumulate in the food chain and poses an immense concern.

T E C H N O L O G Y

1) acib off ers standardized and novel rapid enzyme based procedures for the investigation of biodegradation of synthetic and bio-based polymers in a range of diff erent environments including (anaerobic) composting, aqueous systems (rivers, lakes, …), animal digestion models and others. Structurally diff erent model substrates are synthetized and labelled to elucidate the infl uence of chemical composition and environmental fac-tors onto biodegradation.

2) acib develops advanced enzymes for natural degradation of various synthetic and bio-based polymers into their building blocks. With dif-ferent enzymes it is possible to fully degrade even composite materials consisting of e.g. PET (polyethylene terephthalate), PU (polyurethane), etc. It is possible to develop a novel process for polymer-recycling wit-hout prior need of plastic being sorted.

O U R O F F E R

acib seeks investors and industrial partners to develop this technology to commercial scale. Under protection of a CDA/NDA we provide you with details on bioleaching and bioremediation opportunities. Any IP developed in a joint project would fully belong to the investor/industrial partner.

E X P E R T S

Prof. Dr. Georg GübitzDr. Doris Ribitsch

A V A I L A B L E F O R

Joint Research Project Contract Research Investment

D E V E L O P M E N T S T A T U S

Technology Readiness Level 3-5(Technology validated in lab)

I P R

Will be generated for our industrial partner / investor

K E Y W O R D S

Microplastic (Bio)Polymers Enzymatic degradation Biodegradation Enzyme engineering

C O N T A C T

acib GmbH, Petersgasse 14, 8010 Graz +43 316 873 9316 [email protected] www.acib.atFo

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