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Creating markets for bio-plastics
Value drivers and targeted applications
Marc Verbruggen
Bangkok – October 2014
3 © 2014 NatureWorks
Who we are
• Superior environmental characteristics
− Lower carbon footprint , low fossil energy
− Additional end-of-life options
• Proprietary portfolio of Ingeo bio-
polymers & intermediates
• Ingeo - competitive on a cost and
performance basis with traditional plastics
(PS, PET)
• Established global market channels
− Over 100,000 ton in annual sales volume
− Commercial partnerships with global brands
• World’s leading bio-polymer player
− 150,000 ton plant in Blair, NE
− Significant manufacturing know-how
and an extensive IP position
• Jointly owned by Cargill and PTTGC
4 © 2014 NatureWorks
General Ingeo/PLA Property Comparison
Ingeo GPPS PET PP
Tensile Strength Mpa 53
45.5 58.6 35.9
Elongation at break
(%)
% 6 1.4 5.5 350
Tensile Modulus Gpa 3.6 3.03 3.45 1.31
Izod Impact J/m 16 21.4 26.7 48.1
Tg C 55-60 102 74 -20
Melting Point C 125-
180
None 270 165
Density g/cc 1.24 1.05 1.35 0.9
* Properties measured on 3.2 mm thick injection molded tensile bars. Specific properties pertain to Ingeo 2003D
5 © 2014 NatureWorks
Ingeo Technology Platforms
8-series
Foam
7-series
Blow Molding
6-series
Fibers/Non-woven
4-series
Film
3-series
Injection Molding
2-series
Thermoforming
Lactide Monomer
7 © 2014 NatureWorks
Food Serviceware
Nonwovens / Fibers
Rigids Films
Durables
Where is Ingeo in the Market ?
Lactides Incubator
8 © 2014 NatureWorks
Supported by a broad & growing Ingeo distribution network
Europe, Middle East, Africa
• Resinex (EU 27 countries)
• Resinex BMY (Turkey)
• Protea (South Africa)
• Jolybar (Israel)
Asia Pacific
• PTT Polymer Marketing (Thailand)
• BP Consulting (Japan)
• Unic (China)
• First In Colours (Philippines)
• Seeplas (Australia)
• Poynter Agency (New Zealand)
Americas
• Nexeo (USA & Canada)
• Jamplast (USA)
• Promoplast (Mexico)
• Cromex (Brazil)
• Oxiquim (Chile & Peru)
• Quimicoplasticos (Colombia)
• Cosalco (Costa Rica)
9 © 2014 NatureWorks
New Asia Pacific Regional Headquarters
Rayong Province
Thailand
• Bangkok, February, 2013. NatureWorks
1st Asia Pacific regional headquarters established
– Warehousing and logistics capabilities, customer service, finance staff,
• Engineering Underway for plant II in the region
Investments reinforce NatureWorks' commitment to the region and its
support of accelerating Asian market growth
Blair, NE
USA
Tangible Commitment to the A/P Region
10 © 2014 NatureWorks
Markets for bio-plastics:
A decade in the market – Some take-aways:
• Most (all) bio-plastics compete against commodity plastics
– Developed & optimized over the last 50 years
– Large & global asset base, established converter network
• Except for legislated applications, carbon footprint reduction has
failed to gain much traction as a value driver (no “green premium”)
– Consumers are confused and/or don’t see value (packaging)
– Brands have largely not succeeded positioning “carbon footprint” as a
brand differentiator.
• Bio-plastics are increasingly recognized as “just” plastics
– Compete on price/performance
– AND THAT WORKS FINE FOR A BIO-PLASTIC SUCH AS PLA
11 © 2014 NatureWorks
Three Era’s of Bioplastics
• Biobased = exception
• Litter focused
• Carbon footprint
focus
• Biobased = expectation
• Performance is king
• “biodegradable” where
it’s the highest good
“Bioplastics
are for
Biodegrading”
“Bioplastics
=
Plastics”
“Bioplastics
sequester
Carbon”
2000’s 2010’s 1990’s
Forming Storming Norming &
Performing
12 © 2014 NatureWorks 12
Our End Applications
Cards Films
Folder Cartons
Food Packaging
Home Textiles
Non-Wovens
Serviceware
Apparel
Bottles
Durable Goods
25
18
9
7
5
4
3 1
17
11
0
20
40
60
80
100
Plastics Consumption (%) Total Addressable Market (Bn lbs.)
3.6
5.9
5.9
13.6
14.0
14.5
0
10
20
30
40
50
60 58Bn lbs/$50Bn
Beverage
Fresh Food
Packaging
Food
Serviceware
Durables
Fibers /
Non-wovens
Films / Cards
LLDPE
HDPE
PC
Nylon
ABS
PS
PET
LDPE
PVC
PP
13 © 2014 NatureWorks
The value drivers for each bio-plastic (and plastic)
must be clearly defined
Properties
• Broad and
adjustable physical
property set
Price
Sugars vs oil
Favorable yields,
Economies of scale
Feedstock hedging
capabilities
Cradle to cradle
economics
Preferences
Lower carbon
footprint and energy
usage
Health Concerns
BPA free
Phthalates free
Acrylonitrile free
Styrene free
“The 3 P’s for Ingeo PLA”
14 © 2014 NatureWorks
Food Serviceware Nonwovens / Fibers Rigids Films Durables
Key Properties
Range of melting
points/crystallinity
levels
Tunable hydrolysis
Hydrophilic / moisture
wicking
Inherent odor
resistance
UV resistance
Low bonding temp
Key Properties
Stiffness
Gloss, transparency
Printability
Weight reduction (vs.
PET)
Key Properties
Stiffness
Miscibility
Improved flow
Chemical resistance
Key Properties
Stiffness
Compostability
High versatility for
injection, extrusion
and coating
processes
Key Properties
Stiffness
High gloss and
transparency
Dead fold / twist
retention
Grease, oil and aroma
barriers
Chemical resistance
High throughput
Properties: Over the last 10 years, NatureWorks has
optimized Ingeo grades towards specific applications
20 © 2014 NatureWorks
And what about colleges, high
schools, airports, hospitals, ….
And if it works in the North America,
what about the rest of the world?
21 © 2014 NatureWorks
3D Printing: Ingeo Performance in a (rapidly) emerging market
• Low polymer thermal shrinkage means high
resolution printing of the most complex parts
• Strong Ingeo fusing performance means it’s
easy to use and performs well on most
prints
• Low Ingeo melt point means safer, lower
temperature printing.
• Very low emissions with Ingeo means no
unpleasant odors
22 © 2014 NatureWorks
Improved Stiffness for Heat Resistant Ingeo Parts
0
20
40
60
80
100
60 70 80 90 100 110 120
Mo
du
lus
(M
pa
)
Temperature, °C
Improved Stiffness with Crystalline Ingeo for Practical Temperature Range of Hot
Foods
~40% increase
in stiffness
Incumbent
High
Productivity
Grade
23 © 2014 NatureWorks
With related reduction in the manufacturing time
required to produce the heat resistance part …
Existing Ingeo Grades
Temperature
New High Productivity Ingeo Grades:
~ 70% shorter cycle times
24 © 2014 NatureWorks
Price: Ingeo can compete with rigid plastics (PS, PET) since:
1: Sugar-to-polymer yields allow for feedstock
cost competition with oil
2: Plant yields, CAPEX, OPEX are comparable with
PS/PET
Polymer Technology Overall
Process Yield
Kg sugar for
1 kg polymer
Bio PLA (Ingeo) Sugar to PLA via lactic
acid and lactides
80% 1.25
Bio PP Sugar to ethanol to
propylene to PP
47% 2.14
Bio PET Bio MEG + Bio PTA from
sugar
36% 2.77
Bio PE Sugar to ethanol to
ethylene to PE
31% 3.22
25 © 2014 NatureWorks
$0
$50
$100
$150
$200
$250
$0.00 $0.10 $0.20 $0.30 $0.40 $0.50 $0.60
Co
st o
f O
il ($
/bb
l)
Cost of sugar (c/lb)
PET/PS/Ingeo Feedstock Cost Comparison
Above lines,
Ingeo wins
Below lines,
PET/PS wins
PET
PS
Material
Indifference Curve
PET Analysis from McKinsey margin models, CMAI, February 2006
26 © 2014 NatureWorks
$0
$50
$100
$150
$200
$250
$0.00 $0.10 $0.20 $0.30 $0.40 $0.50 $0.60
Co
st o
f O
il ($
/bb
l)
Cost of sugar (c/lb)
PET/PS/Ingeo Feedstock Cost Comparison
Above lines,
Ingeo wins
Below lines,
PS wins
PS
For Example
• When sugar cost ~$.17/lb, the cost
of feedstock per lb of Ingeo is the
same as the cost of feedstock per
lb of PS when oil is ~$50/barrel
• OPEX and CAPEX are similar.
• The rest is scale…
Cellulosic sugars
Gen 3 sugars PET Analysis from McKinsey margin models, CMAI, February 2006
27 © 2014 NatureWorks
We are committed to feedstock diversification:
Investment in innovation and R&D collaboration to grow our Ingeo feedstock portfolio.
Where we are today
Dextrose from corn starch
“Bridging Crops”
GENERATION I: 1st step
And next?
CO2 to lactic acid
technology?
CH4 to lactic acid
technology?
GENERATION NEXT
Next 3-5 years
Lignocellulosics: Sugars
from bagasse, wood chips,
switch grass or straw.
GENERATION II
Where we are going now
Sucrose from locally
abundant materials such as
sugar cane
GENERATION I: 2nd step
Performance materials made by transforming whatever are the right,
abundant, local resources
29 © 2014 NatureWorks
Plastics by Preference: The Brandowner View
• In non-legislated markets/applications, “carbon
footprint” does not create a “green premium”
• Health & safety perceptions with some plastics
increasingly drive materials substitution
– “BPA free
– “Phthalates free
– “Acrylonitrile free
– “Styrene free …
Greenpeace’s “Pyramid of Plastics”
31 © 2014 NatureWorks
• Carbon savings • 75% reduction in CO2 emissions
• Equivalent to 1,320 MT CO2/year savings
• Ingeo out performs polystyrene • Stronger/less breakage
• Better lid adherence
• Lower temperature filling (less energy use)
• Maintained line speed and shelf life
• Addresses consumer concerns • Well received by key opinion leaders
• Reduction in human toxicity
• Did NOT increase our retail price
Danone’s Stonyfield - in their own words:
“IMPACT OF INGEO CONVERSION”
Stonyfield CEO Gary_Hirschberg, Innovation Takes Root Conference Keynote:
“Inventing a WIN-WIN-WIN-WIN-WIN FUTURE”, February 21, 2012
Environmental
Performance
Consumer
& Cost
32 © 2014 NatureWorks
6 X
Market Presence
2005 – 2013
Footprint in the market
aggregate volume
in the market
as of 2013
1 Billion lb
Milestone
33 © 2014 NatureWorks
Market Presence
6 X
2005 – 2013
Footprint in the market
aggregate volume
in the market
as of 2013
1 Billion lb
Milestone
Technology &
Intellectual
Property
Established
Startup &
Market
Seeding
Operations
Established
Today
1990-2001 2002-2005 2006-2013 2014 - forward
4k -8k mt
pilot plant
2002 -140k mt
facility @ Blair.
2003 -largest
lactic acid plant
Expanding
customer &
product base.
Plant 2
2006 - 24/7 Blair
operations at Blair
2013 – 150k ton
expansion
Poised for
Strong
Growth
Market Presence – in the bigger picture
34 © 2014 NatureWorks
Ingeo Commercialized Applications throughout Asia
South Korea
Japan
Australia / New Zealand
China
Taiwan
Thailand
1-in- 5 coffee cups is
made of Ingeo
Rigids
Nonwovens
Rigids
Durable
Durable
Films
Food Service
Food Service
Food Service
Rigids
Fibers
Foam
• Mulch film
• Shopping bags
3D
Printing