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covestro.com Sustainable Polyurethanes from biobased chemicals Dr. Natalie Bittner Innovation Management Covestro Deutschland AG

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Page 1: Sustainable Polyurethanes from biobased chemicals Natalie Bittner.pdfcovestro.com Sustainable Polyurethanes from biobased chemicals Dr. Natalie Bittner Innovation Management Covestro

covestro.com

Sustainable

Polyurethanes from

biobased chemicals

Dr. Natalie Bittner

Innovation Management

Covestro Deutschland AG

Page 2: Sustainable Polyurethanes from biobased chemicals Natalie Bittner.pdfcovestro.com Sustainable Polyurethanes from biobased chemicals Dr. Natalie Bittner Innovation Management Covestro

Covestro at a GlanceOne of the World's Leading Polymer Producers

€11.9

15,600

July 24th, 2017 │ BIO World Congress on Industrial Biotechnology │ Dr. Natalie Bittner, Covestro Deutschland AG2

Page 3: Sustainable Polyurethanes from biobased chemicals Natalie Bittner.pdfcovestro.com Sustainable Polyurethanes from biobased chemicals Dr. Natalie Bittner Innovation Management Covestro

Sustainability

Global trends

Population growth

Urbanization

Climate change

Demographic change

WE NEED TO MASTER THESE CHALLENGES

WITH INNOVATIVE AND SUSTAINABLE

SOLUTIONS.

July 24th, 2017 │ BIO World Congress on Industrial Biotechnology │ Dr. Natalie Bittner, Covestro Deutschland AG3

Page 4: Sustainable Polyurethanes from biobased chemicals Natalie Bittner.pdfcovestro.com Sustainable Polyurethanes from biobased chemicals Dr. Natalie Bittner Innovation Management Covestro

Sustainability

Drivers for renewable raw materials

RESOURCE/ TECHNOLOGY

• technical breakthroughs in biotechnology

• scarcity of fossil resources

PERFORMANCE

• new raw materials

• improved performance of new materials

ENVIRONMENT

• reduction of carbon footprint

• corporate image

July 24th, 2017 │ BIO World Congress on Industrial Biotechnology │ Dr. Natalie Bittner, Covestro Deutschland AG4

Page 5: Sustainable Polyurethanes from biobased chemicals Natalie Bittner.pdfcovestro.com Sustainable Polyurethanes from biobased chemicals Dr. Natalie Bittner Innovation Management Covestro

Thermoplastics

Rigid foam

Flexible foam

Specialities

Covestro

Business units and key industries

Granules, Sheets, Films

Adhesives and sealants

Surface coatings

PCS

PURCAS

COVRaw materials for Raw materials for

July 24th, 2017 │ 5 BIO World Congress on Industrial Biotechnology │ Dr. Natalie Bittner, Covestro Deutschland AG

Page 6: Sustainable Polyurethanes from biobased chemicals Natalie Bittner.pdfcovestro.com Sustainable Polyurethanes from biobased chemicals Dr. Natalie Bittner Innovation Management Covestro

Covestro

Sustainable raw materials for our products

PC blends with

recycled material

PC blends with

biobased material

Polyether (Polycarbonate)

Glycerol Sugar Natural oil CO2

Polyester

Carboxylicacids Alcohols

Diamine

PCS

PURCAS

COV

Isocyanate Polyol Polyurethane

July 24th, 2017 │ BIO World Congress on Industrial Biotechnology │ Dr. Natalie Bittner, Covestro Deutschland AG6

Page 7: Sustainable Polyurethanes from biobased chemicals Natalie Bittner.pdfcovestro.com Sustainable Polyurethanes from biobased chemicals Dr. Natalie Bittner Innovation Management Covestro

Bio-based thermoplastic polyurethane (TPU)

Desmopan®

July 24th, 2017 │ BIO World Congress on Industrial Biotechnology │ Dr. Natalie Bittner, Covestro Deutschland AG7

Page 8: Sustainable Polyurethanes from biobased chemicals Natalie Bittner.pdfcovestro.com Sustainable Polyurethanes from biobased chemicals Dr. Natalie Bittner Innovation Management Covestro

Bio-based thermoplastic polyurethane (TPU)

Desmopan®

Bio-based Polyester Polyols

July 24th, 2017 │ BIO World Congress on Industrial Biotechnology │ Dr. Natalie Bittner, Covestro Deutschland AG8

Page 9: Sustainable Polyurethanes from biobased chemicals Natalie Bittner.pdfcovestro.com Sustainable Polyurethanes from biobased chemicals Dr. Natalie Bittner Innovation Management Covestro

Bio-based thermoplastic polyurethane (TPU)

A joint development of Reverdia & Covestro

Simulated data from Biosuccinium supplier Reverdia

Succinic Acid

Diol Polyol + Isocyanate TPU

Applications

Sugar

Succinic Acid +

TPU

Manufacturers

and brand owners

• About 4 kg less CO2 per kg TPU

• Three Desmopan® types with

42-65% bio-content

July 24th, 2017 │ BIO World Congress on Industrial Biotechnology │ Dr. Natalie Bittner, Covestro Deutschland AG9

Page 10: Sustainable Polyurethanes from biobased chemicals Natalie Bittner.pdfcovestro.com Sustainable Polyurethanes from biobased chemicals Dr. Natalie Bittner Innovation Management Covestro

Waterborne bio-based polyurethane dispersion

Impranil® eco

We developed waterbased PU to eliminate solvents like DMF in

textiles, decrease the water consumption by 95% & the energy

consumption by 50%

Through incorporating renewable

materials we further increase the sustainability

July 24th, 2017 │ BIO World Congress on Industrial Biotechnology │ Dr. Natalie Bittner, Covestro Deutschland AG10

Page 11: Sustainable Polyurethanes from biobased chemicals Natalie Bittner.pdfcovestro.com Sustainable Polyurethanes from biobased chemicals Dr. Natalie Bittner Innovation Management Covestro

Impranil® eco

Significantly improved carbon footprint

• Example substitution adipic acid by bio-succinic acid(similar advantage for other selected bio-based raw materials)

• Bio-based and significantly improved carbon footprint cradle-to-gate in comparison to standard products (internal assessment done, external certification in process)

5 step petro-based synthesis

vs.

3 step bio-based synthesis

1

2

3

4

CO25

Refinery

Precursor 1

Precursor 2

Polyester

Adipic acid

Crude oil extraction

PUD

1

2

3

Bio-refinery

Succinic acid

Polyester

PUD

Biomass

CO2

CO

2

July 24th, 2017 │ BIO World Congress on Industrial Biotechnology │ Dr. Natalie Bittner, Covestro Deutschland AG11

Page 12: Sustainable Polyurethanes from biobased chemicals Natalie Bittner.pdfcovestro.com Sustainable Polyurethanes from biobased chemicals Dr. Natalie Bittner Innovation Management Covestro

Impranil® eco

Renewable materials for synthetic leather

July 24th, 2017 │ BIO World Congress on Industrial Biotechnology │ Dr. Natalie Bittner, Covestro Deutschland AG12

• Initially three products will be offered, that will enable bio-based PUD to be used in every layer of the synthetic leather or other coated fabric.

• Performance matches existing products and the bio-based versions can be dropped in directly without reformulation.

Page 13: Sustainable Polyurethanes from biobased chemicals Natalie Bittner.pdfcovestro.com Sustainable Polyurethanes from biobased chemicals Dr. Natalie Bittner Innovation Management Covestro

Partnership Along the Value Chain

Covestro links chemicals to key consumer markets

Polymers &

IntermediatesApplicationsChemicals

July 24th, 2017 │ BIO World Congress on Industrial Biotechnology │ Dr. Natalie Bittner, Covestro Deutschland AG13

CO2 CO2

Page 14: Sustainable Polyurethanes from biobased chemicals Natalie Bittner.pdfcovestro.com Sustainable Polyurethanes from biobased chemicals Dr. Natalie Bittner Innovation Management Covestro

Partnership Along the Value Chain

Covestro links chemicals to key consumer markets

Polymers &

IntermediatesApplications

CO2 CO2

Chemicals

July 24th, 2017 │ BIO World Congress on Industrial Biotechnology │ Dr. Natalie Bittner, Covestro Deutschland AG14

DICARBOXYLIC

ACIDS

DIOLS

EPOXIDES

DIAMINES

AROMATICS

Page 15: Sustainable Polyurethanes from biobased chemicals Natalie Bittner.pdfcovestro.com Sustainable Polyurethanes from biobased chemicals Dr. Natalie Bittner Innovation Management Covestro
Page 16: Sustainable Polyurethanes from biobased chemicals Natalie Bittner.pdfcovestro.com Sustainable Polyurethanes from biobased chemicals Dr. Natalie Bittner Innovation Management Covestro

This presentation may contain forward-looking statements based on current

assumptions and forecasts made by Covestro AG.

Various known and unknown risks, uncertainties and other factors could

lead to material differences between the actual future results, financial

situation, development or performance of the company and the estimates

given here. These factors include those discussed in Covestro’s public

reports, which are available on the Covestro website at www.covestro.com.

The company assumes no liability whatsoever to update these forward-

looking statements or to adjust them

to future events or developments.

Page 17: Sustainable Polyurethanes from biobased chemicals Natalie Bittner.pdfcovestro.com Sustainable Polyurethanes from biobased chemicals Dr. Natalie Bittner Innovation Management Covestro

THANK YOU FOR

YOUR ATTENTIONNatalie Bittner

Innovation Management

[email protected]

Don S. Wardius

Innovation Management

[email protected]