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Prost Presentation 11.06.2002, Borealis Modelling in Borealis, Prost 11.06.2002

Prost Presentation 11.06.2002, Borealis Modelling in Borealis, Prost 11.06.2002

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Page 1: Prost Presentation 11.06.2002, Borealis Modelling in Borealis, Prost 11.06.2002

Prost Presentation 11.06.2002, Borealis

Modelling in Borealis, Prost 11.06.2002

Page 2: Prost Presentation 11.06.2002, Borealis Modelling in Borealis, Prost 11.06.2002

Prost Presentation 11.06.2002, Borealis

Borealis around the world

Head Office

Production

Sales

Joint venture

Presenting Borealis/11.00/F: 1

Page 3: Prost Presentation 11.06.2002, Borealis Modelling in Borealis, Prost 11.06.2002

Prost Presentation 11.06.2002, Borealis

Top 10 Global PO Producer capacities 2001

Presenting Borealis/06.01/J:4

(including equity shares)

0 1000 2000 3000 4000 5000 6000 7000 8000 9000 10000

Basell

Dow

ExxonMobil

BP

Borealis

AtoFina

Equistar

ChevronPhillips

DSM

Formosa Plastics

kt

PE PP

Page 4: Prost Presentation 11.06.2002, Borealis Modelling in Borealis, Prost 11.06.2002

Prost Presentation 11.06.2002, Borealis

Modelling

Advanced Process Control (APC)

( * ) ( )r V

t

W W

t

monin out

Automatic Controller

Advanced Process Control

FTR

Operability

Consistency

Throughput

Time

Th

rou

gh

pu

t

APCConventional

Page 5: Prost Presentation 11.06.2002, Borealis Modelling in Borealis, Prost 11.06.2002

Prost Presentation 11.06.2002, Borealis

Interpretation

Multi VariateTechniques

On- Line Polymer Analysis (OLPA)

Presentation to operator

On-Line Polymer analysis

FirstTimeRight

Consistency

Fast classification

Avoid Shut downs

Control

Benefits:

powder melt

Page 6: Prost Presentation 11.06.2002, Borealis Modelling in Borealis, Prost 11.06.2002

Prost Presentation 11.06.2002, Borealis

log (Mi) log (’)

log ()

Viscosity curve

Wi

Molecular weight distribution

bimodal

broad

narrowT ime

Process, engineeringand manufacturing

Polymer developmentand skill centre

Catalyst

•Modelling as the common ”language”•Re-use of old and creation of new knowledge

Customer’s extruder

Y

X

R2

R3

R1

0

100

200

300

400

500

600

700

800

900

1000

0 10 20 30 40 50 60 70 80 90

Et,flow/g/h

rate

Reactor temperatureCatalyst activity

Modelling & Simulation

Page 7: Prost Presentation 11.06.2002, Borealis Modelling in Borealis, Prost 11.06.2002

Prost Presentation 11.06.2002, Borealis

7487

FD-LOOP

RECY-LP

FLASH-LP14004

RECY-LP1

POL-LP2

COOL-LP

S E P

SETLEGS

REC-FBR

9572

FD-FBR

17412POL-FBR1

TANK

S E P

1300

1

PREPOLY

LOOP

FBR

BORSTAR PE Process

Vision (much work remaining)

We shall be able to build a plant model of our processes

Each department shall develop sufficient information to document their part

M&S will implement the simulator structure and support/drive needed competence building

General support in modelling and Design of Experiments