Perspektiven auf dem Gebiet der Nanomaterialien · Perspektiven auf dem Gebiet der Nanomaterialien ... Dr. Frank Martin Petrat / FMP Erstes Nanotechnologieforum Hessen 17-11-04.ppt

Degussa AG / Creavis / Dr. Frank Martin Petrat / FMP Erstes Nanotechnologieforum Hessen 17-11-04.ppt Slide 117.11..2004

Perspektiven auf dem Gebiet der Nanomaterialien

Dr. Frank Martin PetratDegussa AG / Creavis Technology and Innovation17.11.2004Industriepark Wolfgang


Current business weather for chemical industry in EU

Overcapacities

Globalization

Increased Competition

Slow Growth Rates

Reduced Profitability

Cost Pressure


European Chemistry Leadership is at RiskEvolution of the shares on world production (Cefic, Horizon 2015)Breakdown of world production

EU 28%

USA 25%

Asia 19%

Japan13%

Rest of Europe 6%

Latin America6%

Others3%

2001 = 1 878 billion €

(*) rest of Europe= Switzerland, Norway, Central & Eastern Europe, Turkey Source: Cefic, United Nations, ACC


Create the Right Strategy – Or You will End Up Here!


Nanotechnology – Some of the Pioneers

Richard P. Feynman

1959, December 29th – annual meeting of the American Physical Society

“There's Plenty of Room at the Bottom”

Scanning Tunneling Microscope

Rohrer (l.) and Binnig (r.)1986, The Nobel Prize in Physics

Carbon Nanotubes

Sumio Iijima1991, Discovery of Carbon Nanotubes


Future Market Potential for Nanotechnology

BCC (2004) 2008: 26 Mrd. $Lux Research (2004) 2009: 292 Mrd. $DG-/GZ-Bank (2001) 2010: 220 Mrd. €


Global Development of Nanomaterial Science

USEU Asia

Three “hot spots” world wide

Scientifically the races has started approx. 10-15 ago


Nanotechnology – Status in Germany

[…] Ein Vergleich der Publikations- und Patentanteile der verschiedenenLänder belegt, dass in Deutschland die wissenschaftlichenDomänen der Nanotechnologie noch stark getrenntvon anwendungs- und produktbezogenen FuE-Bereichenbearbeitet werden, d.h. es ist ein gewisser Nachholbedarf beider industriellen Umsetzung erkennbar. […]


Today´s R+D Structure in Nanomaterial ScienceDiscovery-Based Science and Product Development

Novel nanoparticles through investigator-initiated exploratory research on a broad range of materials

Characterization ofnanomaterials(chemical, physicaland biological)

Identifypotentialapplicationof value

Buildproduction capacity

Enter limited markets

Resources

www.ChemicalVision2020.org


The Future – Application Based Problem Solving

Start with existing needs, problems, or challenges in end-use applications

Design and scale up nano-based materials with exact properties needed

Integrate the Nanomaterials into functional “value added” systems

Multiple new markets for “nano-based” solutions can be developed

www.ChemicalVision2020.org


Innovative Approach to New Business by Creavis:A “Science to Business Center” for Electronic Materials

S2BNanotronics

Academia Degussa Partner

Chemicals Formulation Assembly System

DFGBMBFEU NRW

Temporary Integration of Team Members from Academia, R&D Institutes, Degussa and Customers

• Printable Electronics• Flexible displays

• Low Cost Solar Cells• Mobile Energy


What is needed to get the job done ?

SystemFormulationChemicals Assembly

Business Model:

FormulationChemicals Assembly System

R+D Competence

Assembly

Customer Level

System

Technical and marketing intelligence is needed up to the system


Chemical Systems for Lithium Ion Batteries

Ionic Liquids as new electrolytesEnhanced safety for low and high power applicationsUnprecedented performance at extreme temperatures

Nanomaterials as additive for graphite electrode

Using market access of start-up membranes with Separators

Solutions to customers in the lithium ion battery market

ElectrodeElectrode

Separator

ElectrodeElectrode

Separator

ElectrodeElectrode

Separator

Electrolyte

Separator

ElectrodeElectrode


Dye Sensitized Solar Cells

Development of chemical systemsfor a new generation ofDye Sensitized Solar Cells

Nano-crystalline photoelectrode (TiO2)Organic dye(Ru-complex)Redox couple(I-/I3-)Solvent(Ionic liquid)Transparent conductive oxide, glass, sealing

Partner: RWE Schott Solar, FhG ISE, INAP


Low cost displays

Highly conductive Indium Tin Oxide (ITO) coatings on glass and polymers for

Flat panel display market

New low cost flexible displays


Printable Electronics

Major activities of the semiconductor industry today concentrate on organic materials: polytronics

Nano particles from Degussa have the potential to combine printability with superior performance: nanotronics

Proprietary technology for production of particles and formulations thereof

polytronics

nanotronics


Scientific Challenges: From Particles to Perfect Films

Nano

Micro

MacroFilm

e- e-

Aggregate

Primary particle


The new Science to Business Center of CreavisOpening April 2005


Science to Business Center Nanotronics

One stop shop for InnovationDevice SystemChemicals Functional Assembly

Integration of scientific expertise at all levels of the value chainInternational joint development cooperation with customers


Full integration of R+D through the total value chain

Science to Business Center

DFG

Degussa Science Customer Fl

exib

elSo

lar C

ells

Prin

tabl

e

Elec

troni

cs

Cheap

Disp

lays

Mobil

Ener

gy

Technologie-Plattformen

Public funding and intense international networking

Full integration through the value chain: Nano >>> System

Fields of Application

BMBFEU NRW

Nanotronics

5000 m2 Lab, Pilot and Office Space

physically all under one roof


Degussa Science To Business Nanotronics –A New Strategic Approach

Discovery-basedProduct Development

Time

Time

Application-basedProblem Solving

Nanomaterials By Design

http://www.chemicalvision2020.org/nanomaterialsroadmap.html

Creating New Businessesfor Degussa

DIESES PROJEKT WURDE VON DER EUROPÄISCHEN UNION KOFINANZIERT

Documents

Perspektiven auf dem Gebiet der Nanomaterialien · Perspektiven auf dem Gebiet der Nanomaterialien ... Dr. Frank Martin Petrat / FMP Erstes Nanotechnologieforum Hessen 17-11-04.ppt