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Tall Oil Fatty Acid
A Sustainable Solution for high
quality alkyd paint systems
Coatings Trends & Technologies
Chicago, September 10 - 2019
Patrick Van Waes
Global Market Development Manager
KRATON Performance Chemicals
2
Agenda
The global challenge
Crude Tall Oil Refining: intelligent bioeconomy
Elements of sustainability
Carbon Footprint – Global Warming Potential
Sustainable quality and performance in the value chain
3
Agenda
The global challenge
Crude Tall Oil Refining: intelligent bioeconomy
Elements of sustainability
Carbon Footprint – Global Warming Potential
Sustainable quality and performance in the value chain
Why Sustainability is Important to Kraton
5
We care about people and the environment
Increasing demands from customers and investors
Sustainability strategies contribute to Kraton’s ability to grow, to
improve productivity and reduce risk
Sustainability is key to become an admired Fortune 500 specialty
chemical company
Our Sustainability Ambitions
Based on where Kraton is today, we established
two long-term sustainability ambitions:
Conduct 12 Life Cycle Assessments (LCA) by
2020
Achieve 25 percent reduction in
Greenhouse Gas (GHG) emissions
by 2030 (baseline year 2014).
6
7
Agenda
The global challenge
Crude Tall Oil Refining: intelligent bioeconomy
Elements of sustainability
Carbon Footprint – Global Warming Potential
Sustainable quality and performance in the value chain
8
Crude Tall Oil Refining: What are Tall Oil Fatty Acids ?
linoleic acid
pimaric acid
Reactions of carboxyl groups:
Soap formation
Greases, emulsifiers
Esterification
Lubricants, ALKYDS, epoxies
Alkoxylation
Detergents
Imidazolines
Corrosion inhibitors, coatings
Reactions of double bonds:
Oxidation
Drying oils
Sulfonation
Cycloaddition
Dimer acids
Maleic anhydride adduction
Plasticizers
Carboxyl Group(“acidity”)
Measured by acid value
Double Bonds(“unsaturation”)
Measured by iodine valueoleic acid
10
Agenda
The global challenge
Crude Tall Oil Refining: intelligent bioeconomy
Elements of sustainability
Carbon Footprint – Global Warming Potential
Sustainable quality and performance in the value chain
13
Responsibly managed forests
Soybean, Palm
Oil cultivation
may lead to
deforestation,
land use change
(LUC).
Consequence
would be a
larger GWP
(Global Warming
Potential), since
forests would no
longer be
available as CO2
storage
facilities.
Pine Trees -> Nordic TOFA
Rainforest -> Soyabean oil – Palm oil
14
Non food
Tall Oil Fatty Acid (TOFA)
derivatives are not in
competition with the food
chain.
CTO is generated as by
product from the paper pulp
industry.
Upgraded to industrial value
add products such as TOFA,
Dimer, Polyamides …
delivering superior
properties such as fast drying
time / hardness / durability.
15
non GMO sourced raw material
Chain of custody
• FSC (Forest Stewardship Council):
The organization shall not use
genetically modified organisms.
• PEFC (Program for the
endorsement of Forest
Certification):
The organization shall not include
any material from genetically
modified origin
• SFI labeling (Sustainable Forest
Initiative): Use of fiber from
genetically modified forestry is not
allowed
16
Agenda
The global challenge
Crude Tall Oil Refining: intelligent bioeconomy
Elements of sustainability
Carbon Footprint – Global Warming Potential
Sustainable quality and performance in the value chain
18
Minimal LUC: Low carbon footprint
Soybean oil FA (BR) econ. Allocation;
LUC, 11.17
Soybean Oil Mirage LUC factor, 3.11
Soybean Oil Globiom LUC factor, 6.83
0
2
4
6
8
10
12
20% 30% 40% 50% 60%
GW
P (
kg C
O2
-eq./kg)
Economic allocation (share of oil on revenue)
TOFA
Soybean oil FA (BR) econ.Allocation; LUC
Soybean Oil Mirage LUCfactor
Soybean Oil Globiom LUCfactor
• Influence of an economic allocation
depending on the share of the main
product on the total value of SBO
and Scandinavian TOFA
• Taking the LUC into account
significantly increases the global
warming potential. There are still
considerable differences between
the three sources (Thinkstep,
Globiom and Mirage) ranging from 3
to 11 kg CO2-eq/kg.
• Possible causes of the outcomes
may be different assumptions in the
modelling of these sources, such as
different scopes or country-specific
influences.
• In all cases the impact of TOFA on
GWP taking in account LUC is
almost zero.
Nordic TOFA SYLFAT™ 2 CO2 eq / Kg is 0.691kg of which LUC contribution is negligible
19
carbon footprint savings: practical
SOFA from Brazil @11,17 Kg CO2 eq/Kg replaced by Nordic SYLFAT™ 2 TOFA @ 0.691 Kg CO2 eq/kg as drop in replacement!
1000T SOFA replaced by 1000T Nordic SYLFAT™ 2 TOFA = 10479 T CO2eq reduction
Carbon footprint calculator:
https://www.carbonfootprint.com/calculator.aspx
Return Brussels – Chicago = 0.98 T CO2 -> 10693 returns saved
Route 66 with Harley Davidson = 0.53 T CO2 -> 19772 roadtrips
A 4 person family winter vacation trip by plane from Chicago to Miami = 1.12 T CO2 -> 9356 family vacations
Opportunity for value chain marketing based on real data and carbon footprint information easy understandable by the end consumers!
Opportunity to engage consumers and inform about choices they can make
Opportunity to improve the companies carbon footprint by smart raw material purchasing and achieve substantial carbon footprint reductions
Carbon footprint - LCA on Nordic TOFA
20
Production Installation Use stage End-of-Life Next
product
system
Raw
mate
ria
l supply
(extr
actio
n,
pro
cessin
g, re
cycle
d m
ate
ria
l)
Tra
nsport
to m
anufa
ctu
rer
Manufa
ctu
rin
g
Tra
nsport
to b
uild
ing s
ite
Insta
llatio
n in
to b
uild
ing
Use / a
pplic
atio
n
Main
tenance
Repair
Repla
cem
ent
Refu
rbis
hm
ent
Opera
tio
nal energ
y u
se
Opera
tio
nal w
ate
r use
Deconstr
uctio
n /
dem
olit
ion
Tra
nsport
to E
oL
Waste
pro
cessin
g f
or
reuse,
recovery
or
recyclin
g
Dis
posal
Reuse,
recovery
or
recyclin
g
pote
ntia
l
A1 A2 A3 A4 A5 B1 B2 B3 B4 B5 B6 B7 C1 C2 C3 C4 D
Life cycle assessment (LCA) on the production of CTO Derivatives in our north
European refineries according to ISO 14040 & 14044 and EN 15804 is
available!
The life cycle inventory (LCI) of the production of CTO Derivative has been used to
create a dataset which can be used in LCA software (Gaby)
The functional unit is defined as the production of 1 kg of CTO Derivative.
The scope of our TOFA LCA considers all processes from the cradle to the
factory gate (modules A1-A3).
Carbon footprint – Biogenic carbon - LCA
21
Biogenic carbon is embedded in TOFA and the carbon footprint is calculatedas -3 Kg CO2 eq in this case
LCA-s of final products including end of life can claim biogenic carbon from TOFA which is not the case for fossil fuel originating building blocks used for binders / resins.
Biogenic carbon is from renewable sources and regenerated through sustainableforestry
End of life for most of the coatings (woodcoatings for instance) is by burning or incineration which is a requirement to reclaim biogenic carbon.
Outcome: Formulators of alkyds or other type of binders using TOFA are able to take advantage of the negative carbon footprint from the biogenic carbon in their LCA calculations.
GWP – Biogenic vs Fossil
A1-A3 modules are assumed to be of equal GWP (Global Warming Potential)
Difference is in the C module (end of life):
• When the fossil alternative is incinerated it will have a positive GWP load in the C Module.
• Alternatively, when disposing biogenic material, the C module GWP load is 0.
22
0
10
20
30
40
50
60
70
80
90
100
A1 -3 C3 Total
GWP Calculations
biogenic Example 2 (revised EN 15804 with biogenic CF of "0") fossil Alternative (no biogenic material used)
GWP
is
Zero
23
Agenda
The global challenge
Crude Tall Oil Refining: intelligent bioeconomy
Elements of sustainability
Carbon Footprint – Global Warming Potential
Sustainable quality and performance in the value chain
Sustainable quality: Nordic TOFA performance
24
Testresults in a high gloss long oil alkyd (73% solids) coatings system
Number
of Phase
Raw material Weight(%)
1 Alkyd Resin 10.00
D40 5.00
Dispersant 0.25
2 Pigment (TiO2) 26.69
Thickener 0.20
3 Alkyd Resin 46.46
D40 5.58
Mix drier 2.62
Antiskin 0.20
4 D40 3.00
Total 100
Drying
Time
SYLFAT™
FA1
SYLFAT™
LC
SYLFAT™
2SOFA
Dust Free
(h:min)1:51 2:21 1:06 2:08
Tack Free
(h:min)3:18 2:50 2:26 2:46
25
0
20
40
60
80
100
120
140
0 5 10 15 20 25 30
Pers
oz (
sec)
Days
Hardness High Gloss White Paint(90 micron; Persoz)
SYLFAT™ 2
SYLFAT™ FA-1
SYLFAT™ LCSOFA
Sustainable quality: Nordic TOFA performance
Sustainable quality: Nordic TOFA performance
70.0
72.0
74.0
76.0
78.0
80.0
82.0
84.0
86.0
Glo
ss (
%)
20° gloss in function of time(light & dark exposure)
SOFA
Sylfat FA1
Sylfat LC
Sylfat 2
26
Conclusions:
27
Nordic TOFA, one of the product outputs form Crude Tall Oil Refining has minimal impact on land use change and as a result on global warming
Nordic TOFA has extreme low carbon footprint which allows:
Production of low carbon footprint alkyd binders for coatings usage and the manufacturing of different surfactants based on the TOFA molecules.
Reduction of companies carbon footprint based on incoming raw materials, the largestfactor on the overall footprint of a company.
Overall reduction of the carbon footprint along the value chain. From raw materialproducer till end consumer.
Nordic TOFA is non GMO, non food competing and 100% bio-based certified
Nordic TOFA combines sustainability with high quality characteristics in alkyd binder paint systems
Using Nordic TOFA means intelligent biorefining using sustainable products for high quality applications with minimal impact on nature.
Legal Disclaimer
Kraton Corporation and all of its affiliates, including Arizona Chemical, believe the information set forth herein to
be true and accurate, but any recommendations, presentations, statements or suggestions that may be made are
without any warranty or guarantee whatsoever, and shall establish no legal duty on the part of any Kraton
affiliated entity. The legal responsibilities of any Kraton affiliate with respect to the products described
herein are limited to those set forth in Kraton’s Conditions of Sale or any effective sales contract. NOTE TO
USER: by ordering/receiving Kraton product you accept the Kraton Conditions of Sale applicable in the
region. All other terms are rejected. Kraton does not warrant that the products described herein are
suitable for any particular uses, including, without limitation, cosmetics and/or medical uses. Persons using
the products must rely on their own independent technical and legal judgment, and must conduct their own
studies, registrations, and other related activities, to establish the safety and efficacy of their end products
incorporating any Kraton products for any application. Nothing set forth herein shall be construed as a
recommendation to use any Kraton product in any specific application or in conflict with any existing patent
rights. Kraton reserves the right to withdraw any product from commercial availability and to make any changes
to any existing commercial or developmental product. Kraton expressly disclaims, on behalf of all Kraton
affiliates, any and all liability for any damages or injuries arising out of any activities relating to the use of
any information set forth in this publication, or the use of any Kraton products.
KRATON and the Kraton logo are either trademarks or registered trademarks of Kraton Corporation, or its
subsidiaries or affiliates, in one or more, but not all countries.
©2018-2019 Kraton Corporation
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