PTT GLOBAL CHEMICAL PLC.

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ปโตรเคมปจจยพนฐานส าคญในการด ารงชวต

ประชากรไทย 67 ลานคน

อาหาร เครองนงหม

ยารกษาโรคทอยอาศย

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นอกจากแปรรปไปเปนสนคาพนฐานในการด ารงชวต

ปโตรเคม….ประโยชนตอคนไทย

คนไทยซอของใชในการด ารงชวตในราคาถก

ปจจยส

ประหยดเงนตราตางประเทศ ลดการน าเขา

สรางรายได และความเจรญแกทองถน

ผานการจางงาน สรางอาชพ

เสรมสรางมลคาเศรษฐกจประเทศ

………กวาจะมาเปนผลตภณฑจากปโตรเคม

ส ารวจและผลตโรงแยกกาซธรรมชาต

- LPG- Ethane- Propane

โรงปโตรเคม

ขนตน/ขนกลาง

- Olefins- Aromatics

โรงปโตรเคม

ขนปลาย

ผลตภณฑปจจยส

120 – 960

US$

/Ton

490 – 1,050 1,400 – 1,600 1,540 – 3,2004

- Natural Gas- Condensate- Crude

ตองผานกระบวนการทางอตสาหกรรมหลายข นตอน เปนกระบวนการสรางมลคาเพมในทกข นตอนการผลต

PTTGC History PTT group’s chemical Flagship

Past Present

Thailand’s Olefins Business

Flagship

Olefins

Thailand’s Largest Integrated

Aromatics and Refinery

Aromatics Petroleum

2007

+

+

+

2005

1984 1990 1989 1991

PTT group’s chemical

flagship

Petrochemical Petroleum

2011

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PTTGC ด าเนนธรกจตามมาตรฐานโลก…โดยคนไทย…เพอคนไทย

รายไดตด 100 บรษทเคมภณฑชนน าของ

โลก

22อนดบหกของโลก ดานความ

ยงยน

61 ใน 100 Global Compact 100จากองคการสหประชาชาต

100

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โครงสรางธรกจ

REFINERYProducts & Applications

RefineryCapacity 280 KBD*

Light Products• LPG • Light Naphtha• Reformate

Middle Distillates

• Jet A1

• Diesel

Heavy Products

• Fuel Oil

*Crude Distillation Unit = 145,000 Barrels per dayCondensate Splitter Unit 1 = 70,000 Barrels per dayCondensate Splitter Unit 2 = 65,000 Barrels per day

AROMATICSProducts & Applications

Paraxylene 1,195,000Benzene 662,000Cyclohexane 200,000

Aromatics 1 = 1,189,000 TPAAromatics 2 = 1,070,000 TPA 2,259,000 TPA

Orthoxylene 66,000Mixed xylenes 76,000Toluene 60,000

OLEFINSProducts & Applications

I-1 I-4/1 I-4/2 PTTPE

Olefins 2,888,000 TPA Electricity 347.5 MW Steam 410 Tons/Hr

POLYMERSProducts & Applications

HDPE I-1 BPE PTTPE TSCL

HDPE 800,000 TPA LDPE 300,000 TPA

LLDPE 400,000 TPA PS 90,000 TPA

HDPE

LDPE

LLDPE

POLYSTYRENE

Polymers Value Chain

Intermediate Downstream End-Use Applications

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Description

HDPE: Bottle caps

HDPE: Chemical

resistant piping

systems

HDPE: Plastic bags

LDPE: Plastic wraps

LDPE: Hot shrink film

LLDPE: Stretch wraps

HDPE:

Refillable

bottles

HIPS: Trays

GPPS: CD box

Polyethylene is the most widely used plastic. Its primary use is within

packaging - plastic bag, plastic films, etc. Polyethylene is classified into several

different categories, the most important polyethylene grades are HDPE, LLDPE

and LDPE.

Polystyrene: Polystyrene is also one of the most widely used plastics in

packaging and electrical & electronics applications. The most important grades

are HIPS and GPPS.

HDPE I1 300 KTA

LLDPE Plant 400 KTA

LDPE Plant300 KTA

BPE1: 250 KTABPE2: 250 KTA

TSCL90 KTA

EthyleneHDPE

LDPE

LLDPE

PS

Olefins Plant

Styrene Monomer

HDPE

Note: 1. Capacities are proportionate by % holdings

EO-BASED PERFORMANCEProducts & Applications

TOCGC TEX EA

MEG 395,000 TPA FAEO 50,000 TPA EOA 50,000 TPA

EO-Based Performance Value Chain

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Intermediate Downstream End-Use Applications

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EO/EG :

395 KTA

Ethylene

Olefins Plant

EA : 50 KTA

EX : 50 KTA

Ethoxylate

Purified EO

MEA

DEA

TEA

MEG

DEG

TEG

PEG

Description

Ethylene

Glycol:

Antifreeze

Ethylene Glycol: Polyester fiber – winter coats, sport wares

Ethylene Glycol:

Polyester fiber - wool

like materials, thread.

Ethylene Glycol:

PET Bottles Ethanolamines:

A weak base in

detergent s

Ethoxylates:

Nonionic

surfactants

Ethylene glycol: The major end uses of ethylene glycol are as an antifreeze and raw

material in the production of polyester fibers, mainly PET.

Ethanolamines: Ethanolamine is commonly called monoethanolamine or MEA in order to be distinguished from diethanolamine (DEA) and Triethanolamine (TEA). MEA acts as a

weak base using in the production of detergents, pharmaceuticals, corrosion inhibitors.

Ethoxylates: Ethoxylates are known as nonionic surfactants, which are industrially

produced by addition of ethylene oxide onto fatty alcohols .

Note: 1. Capacities are proportionate by % holdings

FA : 100 KTAFatty Alcohol

GREEN CHEMICALSProducts & Applications

TOL TFA EMERY NATURE WORK

ME 200,000 TPA FAOH 130,000 TPA

FA 310,000 TPA Glycerin 102,000 TPA

Green Chemicals Value Chain

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Intermediate Downstream End-Use Applications

ME : 200 KTA

Glycerin : 31 KTA

FA : 100 KTA

Crude Palm Oil

&

Crude Palm Kernel

Methyl Ester

Glycerin

Fatty Alcohol

ME : 18 KTA

Glycerin : 71 KTA

FA: 5 KTA

Others: 398 KTA

PLA: 140 KTA

Field Corn

Dextose (Sugar)

Polylactide

(Biopolymer)

Description

Methyl Ester: Biodiesel

Biopolymer: Biodegradable packaging

Glycerin: A humectant for

personal care products

Specialty

Oleochemicals:

High margin

oleochemicals used in

personal care products

Fatty alcohols:

A component in detergents

Biopolymer: Durable

goods i.e. green cell

phones- mobile phone

cases.

Biopolymer: Biopolymers are polymers produced by living organisms. Cellulose is the most

common organic compound and biopolymer on Earth making everyday products that have

less impact on the environment.

Methyl Esters: Commonly called Biodiesel produced by an alkali-catalyzed reaction between

vegetable oils and methanol. Biodiesel is meant to be used in standard diesel engines

Fatty alcohols: Fatty alcohols are mainly used in the production of detergents and

surfactants.

Glycerin: Glycerol is used in medical and pharmaceutical and personal care preparations,

mainly as a means of improving smoothness, providing lubrication and as a humectant.

Specialty Oleochemical: High-margin oleochemical products serve in end-markets

including home and personal care, plastics and rubber, and oilfield chemicals.

Methyl Ester

Glycerin

Fatty Alcohol

Specialty

Oleochemicals

Note: 1. Capacities are proportionate by % holdings

HIGH VOLUME SPECIALTIES [HVS]Products & Applications

PTT PHENOLPhenol 200,000 TPA

Bisphenol A 150,000 TPA

Phenol

HVS Value Chain

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Intermediate Downstream End-Use Applications

Note: 1. Capacities are proportionate by % holdings

Description

Polycarbonate: Automotive parts

Polyurethane: Automotive parts

Polycarbonate:

compact discsPolyurethane: iPad smart cover

Polycarbonate:

Durable packaging

Polyurethane:

InsulatorsPolyurethane:

Foot ware

Polyurethane: Mattresses

Phenol and Bisphenol A: Condensation of phenol with acetone gives bisphenol-A a key precursor to

polycarbonates (PC). Polycarbonate is mainly used as high impact materials in electronic applications,

construction materials, data storage, automotive, aircraft, and security components.

PU chain: The main consumption of polyurethane products is in the form of foams, with flexible and

rigid types: flexible foams are behind upholstery fabrics in furniture; rigid foams are inside the metal and

plastic walls of most refrigerators and freezers, or behind paper, metals and other surface materials in the

case of thermal insulation panels in the construction sector

Phenol: 120 KTA

BPA; 90 KTA

• Benzene

• Propane

BPA

TDI: 62.5 KTA

Butadiene

HDI Derivative: 12

KTA

Toluene

HDI

Derivative

PU

TDI PU

PC

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Packaging

Electrical &

Electronics

Construction

Textile

Home and

Personal Care

Automotive

23Refinery &

Shared

Facilities

Aromatics Olefins PolymersEO-Based

Performance

Green

ChemicalsHigh Volume

Specialties

Condensate

Feedstock Upstream Intermediates Downstream End-Use Market

Natural

GasEthylene

Benzene

Xylenes

Condensate

Residue

Cumene

Cyclohexane

HDPE

LDPE

Phenol, Acetone

Toluene

PetroleumProducts

BPA

Ethanolamine

Ethane,

Propane,

LPG, NGL

Crude

Palm Oil

Propylene

Oleochemicals

PS

Reformate

Light Naphtha,

C3,C4

Methyl Ester

Glycerin

Crude Oil

Agricultural Products

LPG

Light Naphtha

Reformate

Jet A1

Diesel

Fuel Oil

Bio-Chemicals

Bio-Polymers

Specialty Care

Chemicals

TDA TDI PU

Butadiene HMDA HDI HDI Derivative PU

Ethylene oxide

SM

Fatty Alcohol

Ethoxylate

Ethylene Glycol

Butene-1

Hexene-1

LLDPE