prof. dr. alexander michaelis - american ceramic...
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From R&D to products: Innovation with FraunhoferFrom R&D to products: Innovation with Fraunhofer
Prof. Dr. Alexander Michaelis
Energy and environmental technology at IKTS.
Membranes Fuel CellsSupercaps
PV / Batteries
© Fraunhofer IKTS1
Fraunhofer is the largest organization for appliedh i E t f I tiresearch in Europe your partner for Innovation
DortmundDresden
Bremen
Hannover
Berlin
Rostock7 alliancesmicroelectronicsproduction
Darmstadt
Dresden
Saarbrücken Kaiserslautern
productioninformation and communicationmaterials and componentslif i
Karlsruhe
MünchenStuttgart
Freiburg
life sciences
surface technology and photonics
defence research and technology
59 Institutes at 40 Locations
18.000 staff 1,7 Bill. € Budget
© Fraunhofer IKTS2
Joseph von Fraunhofer
The Fraunhofer-Gesellschaft Fraunhofer
Research and
Gesellschaft ,Headquarter Munich(17871826)
Discovery of the “Fraunhofer lines” in the solar spectrum
Research and development on behalf of industry and state
Researcher
and state
mp3 music format, New methods for processing lenses
pwhite LED, high-resolution thermal camera
Inventor
i d
Research volume: approx. 1.7 billion €
Director and partner in a glassworks
annually of which 1.4 billion € is generated through contract research
Entrepreneur
© Fraunhofer IKTS3
From a small association to the leading organization for li d h i Eapplied research in Europe
58 60 59Number of institutes
8 13
0
7 15
0Staff
19 1927 27
3337
47 47
7 390
7 98
0
9 20
0 12 8
00
1817
0 19
19 19
49 54 59 64 69 74 79 84 89 94 99 04 09 10
3 20
135 700 1 25
0
1 67
5
2 21
3
3 47
7 6 3
49 54 59 64 69 74 79 84 89 94 99 04 09 10
16571617
Budget in € (millions)
49 54 59 64 69 74 79 84 89 94 99 04 09 10 49 54 59 64 69 74 79 84 89 94 99 04 09 10
580710
1069
0 2 8 17 52 95 180350
0,2
49 54 59 64 69 74 79 84 89 94 99 04 09 10
© Fraunhofer IKTS4
Fraunhofer worldwide
Brussels ViennaParis Budapest
Wrocław
Gothenburg
D b i
Beijing SeoulTokyo
BostonPlymouth
East LansingSan José
NewarkMaryland
Cairo
CambridgePorto
BolzanoGraz
Thessaloniki
Dubai
Bangalore SelangorSingapore
Jakarta
Santiago de Chile SydneySantiago de Chile y y
Subsidiary Center
Representative Office Senior Advisor
Project Center / Strategic Cooperation
© Fraunhofer IKTS5
p
Fraunhofer USA, Inc.fi t b idi t 1994first overseas subsidiary, est. 1994
Fraunhofer USA Headquarters
f i
Laser Technology CLT
Newark
Manufacturing Innovation CMI
Maryland
BostonPlymouthEast Lansing Cambridge
Heinrich HertzSan José
Sustainable Energy Systems CSE
Heinrich Hertz Institute (HHI) USA
Systems CSE
Molecular Biotechnology CMB
Coatings and Laser Applications CCL
Experimental Software Engineering CESE
Digital Media Technologies DMT
© Fraunhofer IKTS6
International Revenues 2010 by Countries – Top 20(without EU Commission) in million €
10 030,2
A t iUSA*
(without EU-Commission) in million €
5 55,96,2
7,910,0
Belgium without EUJapan
FranceSwitzerland
Austria
3 23,43,74,0
5,5
ChinaItaly
Great BritainNetherlands
Belgium without EU
2 32,82,83,03,2
NorwaySouth Korea
SpainSweden
China
1,11,21,31,52,3
Russian FederationPolandMexico
IsraelNorway
0,91,01,1
FinlandIndia
*USA: of which €19.6 million Fh-USAÖsterreich: of which €1.2 million Fh-Austria
© Fraunhofer IKTS7
Fraunhofer Institute of Ceramic Technologies and gSystems, IKTS
IKTS belongs to the top 5 Fraunhofer Institutes
IKTS budget (w/o invest)
IKTS belongs to the top 5 Fraunhofer InstitutesMain market of IKTS: Energy and environmental technology
Sites Dresden and Hermsdorf
Staff: 420T €
Budget: 32 Mio € w/o invest
ca 80 % revenue from contract research
(50 % directly from industry)(50 % directly from industry)
© Fraunhofer IKTS © Fraunhofer IKTS© Fraunhofer IKTS
Environmental Engineering and Bioenergy at IKTS
1. CO2-reduction in combustion plants / CCSgas filtration (O2-production)
Bioenergy at IKTS
gas filtration (O2 production)
2. Water technology (waste water, potable water)
3. Bioenergy (Biogas, Bioethanol, Biobuthanol, Biodiesel)3. Bioenergy (Biogas, Bioethanol, Biobuthanol, Biodiesel)
4. Diesel particle filter
5. Catalysis and membrane reactorsy
© Fraunhofer IKTS9
1 Nano-porous membranes
Examples for membrane-materialsused at IKTS
1. Nano porous membranes(Zeolite, carbon, CNTs, MOFs, amorphous oxides, …)
2 D i d d ti b 45Ceramic substrate tubes Nano-porous TiO2-membrane layer
2. Dense mixed conducting membranes(Perovskites, ZrO2, Tungstenates, …)
3. Metallic membranes 25
30
35
40
45
w [m
³/m²h
bar] ---
PT 1PT 2PT 3
H2
CO2
C3H8
(Pd, Ag/Pd, Cu/Pd, …)
4. Composite membranes(Zeolite/Polymer CNT/Polymer )
5
10
15
20
sing
le g
as fl
ow
N2
CH4
SF6
Separation performance of(Zeolite/Polymer, CNT/Polymer, …)
5. Catalysts on ceramic porous substrates(mixed oxides, precious metals, …)
02,5 3,5 4,5 5,5
kinetic diameter [Å]
Separation performance ofcarbon membranes
IKTS develops membranes and catalysts, produces and testscomponents at appication conditions
© Fraunhofer IKTS10
Formation of structural pores < 1 nm
Crystallographic Lattice plane distances Crystallographic Crystallographiccages/channels
Lattice plane distances Crystallographic defects (vacancies)
35 n
m0,
3
0,4 nm
© Fraunhofer IKTS11
Formation of structural pores < 1 nm
Crystallographic Lattice plane distances Crystallographic Crystallographiccages/channels
Lattice plane distances Crystallographic defects (vacancies)
35 n
m0,
3
0,4 nm
© Fraunhofer IKTS12
From materials up to the systems / products
145 °C
From materials up to the systems / products
coolingwater30 °C
coldwater10 °C
coldwater4 °C
99.5 wt.% ETOH
Steam for start
110 °C, 85 wt.%
M
MRectificatio
M
Atmosphere
From mash column
(110,000 l/d)66 wt.% ETOH
Fusel oils and techn. alcohols
up and control
oncolum
n
MM
Lutter waterProduct (80,000 l/d)
99.5 wt.% ETOH
14 2°C
MM
MM MM
system / product
process
b
module
support
membrane
© Fraunhofer IKTS13
Profile of the Fraunhofer IKTS
Range of Services
R li ti f R&D j tRealization of R&D projects
Transfer to pilot scale
I t i S t I n n o v a t i o n S t a g e s
Idea, business case
Research &development
Prototype manu-facturing, pilot plant
Mass productionp g, p p
Development alliance Additional services IKTS:Prototype manufacturing and material development
Task of industry
C e r a m i c s D e v e l o p m e n t C e n t e r
and material development in pilot scale
© Fraunhofer IKTS14
Energy R&D at IKTS: Highlights
eneramic® Energy with ceramics
Thermoelectrical Generators, TEG
High Temperature-Fuel Cells (SOFC)
Bioenergy
Energy Harvesting (piezo-ceramics)
Low Temperature-Fuel Cells(Micro-PEM)
Photovoltaics
© Fraunhofer IKTS15
technology plattform functional ceramics / thick film (slurry) deposition
Micro- and Energy t2 t ti i ti1 pastes / slurry systems2 tape casting, printing1 pastes / slurry
Intelligente Materialien und Systeme
3 stacking 4 lamination, co-fire
Micro-Fuel Cells
© Fraunhofer IKTS16
Thick film technology for function integration
ents
Cost barrier for economic success
com
po
ne
cost
s fo
r o
du
ctio
n c
F ti
Pro
Functions
© Fraunhofer IKTS17
Screen Printing at IKTS
fScreen Printing of planar and tubular structures
Automatic positioning
Cleen Room facilities
© Fraunhofer IKTS18
Photovoltaics with Focus on BEOL (Contacting)
Materials for Thick Film Contacting / Issues
( g)
1. Cost Reduction, less Ag
2. Environmental friendly materials (Pb-free)
3. Higher lateral resolution
4. Better Yield
Production Processes
1 Higher throughput 1. Higher throughput
2. Non contact to improve yield
3. Automatization3. Automatization
© Fraunhofer IKTS19
Thick Film Technology for Contacting of Solar-cells
Screen printingScreen printing
FRT Microprof (opt. Profilometer)
fireing 4 zone IR-furnace
Electrical characterization
© Fraunhofer IKTS20
IKTS — Printing Technologies
Screen Printing Inkjet- Printing Aerosol Printing
© Fraunhofer IKTS21
Joint IKTS / Roth & Rau AG 10 MW PV pilot lineClosing the gap: From lab to fab C os g t e gap o ab to ab
© Fraunhofer IKTS22
Solid Oxide Fuel Cell (SOFC) value chain
Material
MEAMEA
System
Stack
System
Take over of Siemens AG planar SOFC Technologyplanar SOFC Technology including IP and some assets in 1998
© Fraunhofer IKTS23
Fuel cell systems at IKTS
1 W 10 W 100 W 1 kW 10 kWH d h ld t bl t ti1 W 10 W 100 W 1 kW 10 kWH d h ld t bl t tiHand held portable stationaryHand held portable stationary
Hydrogen PEFC
Tubular SOFC
LPG SOFC
Natural gas SOFC
Biogas SOFC
© Fraunhofer IKTS24
Fuel cell systems at IKTS
1 W 10 W 100 W 1 kW 10 kWbil t bl t ti
1 W 10 W 100 W 1 kW 10 kWbil t bl t timobile portable stationarymobile portable stationary
Hydrogen PEFC
Tubular SOFC
LPG SOFC
Natural gas SOFC
Biogas SOFC
© Fraunhofer IKTS25
Bioenergy Application Center at „Pöhl“ in Saxony
Synergy bewteen structural + functional
Energy Storage:Redox - Flow Battery
Umweltverfahrenstechnik Funktionskeramik / Strukturkeramik
Synergy bewteen structural + functional
ceramics
yNaS Battery
Strukturkeramik
© Fraunhofer IKTS26
Environmental Processing Technology at Fraunhofer IKTS –
ENERGY/ENVIRONMENT/AGRICULTURE => Project „ More biogas at higher energy level way to efficient power production“ higher energy level –way to efficient power production
LAB-scale PILOT
F ll lFull scale
© Fraunhofer IKTS27
IKTS integrated technology line along complete value h ichain
Thick film glas sealing electrochemistry CAD + Simulation System technology process technology
test facilities
© Fraunhofer IKTS28
Storage technology:Li-Ion Battery value chain / technology lineLi-Ion Battery value chain / technology line
powder- Thick film- Cell assembly Electrochemical System-processing deposition
ystacking initializing
ydesign
Hydro-metalurgy Slurry preparation Tape handling Electrolyte filling Battery managementy gyCalzinationMilling Granulation
y p pCasting processingRoll to rollIn-line QS/QM
p gLamination / StackingThermal managementIn-line QS/QM
y gChargeingQuality check
y gThermal managementContainmentSafty
30 % 10 % 10 % 40 %10 %30 % 10 % 10 % 40 %10 %
© Fraunhofer IKTS29
Technology platform for battery systems
powder-processing
chemical synthesis
calzination
milling, granulation
electrochemistry electrochemistry
© Fraunhofer IKTS30
Powder Processing
Objective: refining and shaping of precursors and product powders
Approach: using pilot-plant scale processing technology at IKTS
IKTS scope:
Milling, granulation, shaping and coating using spray dryer / fluidizes bed reactors
Developing cost effective, eco-friendly, proprietary processing methods
Advantage:
Tight interface to production process, no end-of-pipe innovation
Systematic approach to complete powder production process
Large scale pilot spray drier/coater Fluid bed reactor In-process control and measurement
© Fraunhofer IKTS31
Powder Processing – Shape control
Objective: generate controlled-shape powders, characterisation of powders
Approach: using IKTS know-how from other powders
IKTS scope:
Developing process windows for controlled shapes using state-of-the art machinery
Using IKTS high-end characterisation methods
Advantage:
Tight link between powder shaping, characterisation and electrochemistry
D t h d P h d
Single granule mechanics
P i l hDonut shaped Potato shaped Precise granule shape measurement
Nano coatings Hollow and graded
EQPC 187.955µmSphericity 0.889Aspect ratio 0.892Convexity 0.937Image Number 706
© Fraunhofer IKTS32
g g
Electrochemistry at IKTS
Objective: electrochemical performance of cathode powders and electrodes
Approach: using high-end electrochemical and battery research methods
IKTS scope:
Electrochemical assessment of performance in short iteration loops
Understanding of structure-performance relationships
degradation mechanisms, post-mortem-analysis
Advantage:
First hand, independent information on powder performance
3 5
4,0
/ V
0 50 100 150 200 250 3000,0
0,51,0
1,52,0
2,53,0
3,5
OC
P vs
. Li/L
i+
Large scale battery testers
2
3
4
tage
U /
V
time t /s
particle
microcapillary
RE
CE
Quick check cell setup Standard tests
0,0 0,5 1,0 1,5
1
2
cell
vol
capacity q / mAhcm-2
1st charging cycle 2nd charging cycle 3rd charging cycle
particle
WE substrate
High end micro equipment
© Fraunhofer IKTS33
Quick-check cell setup Standard tests High end micro equipment
partnerships
Project LiFab
Pilot scale production of Li-Ion-Batteries p
Process- and technology development
ThyssenKrupp System EngineeringThyssenKrupp System EngineeringThyssenKrupp Drauz Nothelfer
© Fraunhofer IKTS34
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© Fraunhofer IKTS35