the success story of sabox® technology … acid plant 2006 start-up of 1st lao plant start up with...
TRANSCRIPT
THE SUCCESS STORY OF SABOX® TECHNOLOGY (SABIC’S ACETIC ACID)Dr. Abdullah Al-Dughaither
Senior Manager, Functional Chemicals Technology Management, SABIC
No. 1
SABIC TECHNOLOGY AND INNOVATION NETWORK
Research CentersApplication CentersSABIC Plastic Application Center at KSU, RiyadSABIC Corporate Research & Innovation Center at KAUST
Geleen
Bangalore
VDD
Houston
Riyadh
Jubail
Shanghai
USA ACCartagen
a
BoZ
Moka
Thuwal
No. 2
1989
First Sabic R&D in Riyadh
1996
Sabic Technology Center Houston
1999
Demonstration of Sabcat-1 at PK
2005
Start-up of 1st
Acetic Acid Plant
2006
Start-up of 1st
LAO Plant
Start up with technology
licensing-in and JV’s Maintain and improve
Licensed technology
Develop and Innovate
new technologies
Started with less
than 10
scientists
• 2000 scientists and
Research staff distributed
over 5 key geographies
with innovation hubs
•Developed 10 new
technologies
• Developed 150 + new
products yearly
• 10,960 global patents.
2025
Global
Solution
Provider
Global Solution
Provider
SABIC JOURNEY TOWARDS INNOVATION
2007
GE Plastics
Acquisition
2017
21 Centers
Globally
No. 4
ConstructionAutomobilePaperPackagingTextiles
FiberPhotoPaintsPharmaceutical
FiberFilmBottle resinPackaging
PharmaceuticalDetergentCosmeticsAgriculture
Vinyl Acetate
Acetic Anhydride
PTA
Acetates and
Other
ACETIC
ACID
Vinyl Acetate
Monomer32%
Acetic Anhydride
13%PTA18%
Acetate Esters15%
Others22%
ACETIC ACID – PRODUCTS AND APPLICATIONS
No. 5
Butane /
Naphtha
Methanol
Carbonylation
Acetaldehyde Ethylene Ethane
COMMERCIAL TECHNOLOGIES OF ACETIC ACID
High
capital
intensive
Non-
Selective
Alkane
Oxidation
Major player in the
acetic acid production.
Capital is highly
intensive due to high
metallurgy
One step
production.
Very small/
negligible
contribution
margin
One step
production.
Converting
lower alkane
to high value
product
No. 6
BASIC CHEMISTRY
Ethane is oxidized with pure oxygen (i.e., ethane rich) at temperature ranging
from 150°C to 450°C and at pressures ranging from 1 to 50 bar, to form acetic
acid according to the following stoichiometry :
The new SABIC catalyst system, helps to reduce the formation of undesired by-
products while providing both high selectivity and high yield of acetic acid.
C2H6 + 1.5 O2 CH3COOH + H2O
No. 8
j
jj
pp
j
jijiiii
rH
TTcut
Tc
rcDcut
c
divdiv
divdiv
1998 – Mathematical
Model
2005 – Commercial Plant
1999 – Pilot Plant
1997 – Catalyst
Development
TECHNOLOGY DEVELOPMENT
1995 – Screening
240
245
250
255
260
265
270
0 2 4 6 8 10 12
Reactro length, m
Te
mp
. C
No. 9
SABOXR CONCEPTUAL ILLUSTRATION
Reactants fed at the
catalyst tube entrance
Reactants fed
through central
tube
Reactor Schematic for Optimized Distribution/Delayed
Addition of Reactants
Catalyst Tube
Central
(Distribution) Tube
Pressure drop
elementsFlow distribution
holes
Catalyst
particles
CONFIDENTIAL
No. 10
Conventional Reactor SABOXR
Conventional SABOXR
Productivity 1 1.6
COMMERCIAL PERFORMANCE
240
245
250
255
260
265
270
0 2 4 6 8 10 12
Reactro length, m
Te
mp
. C
240
245
250
255
260
265
270
0 2 4 6 8 10 12
Reactor length , m
Te
mp
. C
Reactor Length
Tem
pera
ture
Reactor Length
CONFIDENTIAL
No. 11
HC + O2
Product
BFW
HPS
Conventional Reactor
O2
Product
BFW
HPS
HC
SABOXR
More Productivity
Smaller Reactor
ADVANTAGES
Better Temperature Control
CONFIDENTIAL
No. 12
TECHNOLOGY DEMONSTRATION
SABOX technology demonstrated with a capacity of 34,000 MT of acetic acid at Ibn Rushd,
Yanbu, Saudi Arabia – May 2005
No. 14
SABOX®
Selective to Acetic
Acid
One Step Process
No CO formation
Low Capital
Cost
Long Catalyst
Life
Tight Intellectual Protection
(118 patents)
License on offer
TECHNOLOGY FEATURES
No. 15
• SABIC Established Successfully the first Grass-Root Technology for
Acetic Acid
• SABIC Demonstrated Successfully Ability to Develop Technology
from Concept to Commercialization.
• SABIC Know-How and Infrastructure are Ready to Accommodate
Further Technology Development
THE LEARNING CURVE