Chemicals Technical Data Sheet
METHANOL (MeOH)
METHYL TERTIARY-BUTYL ETHER
(MTBE)
LINEAR ALKYL BENZENE (LAB)
HEAVY ALKYL BENZENE (HAB)
CAUSTIC SODA (CSS)
ETHYLENE DICHLORIDE (EDC)
VINYL CHLORIDE MONOMER (VCM)
HYDROCHLORIC ACID (HCL)
NORMAL ALPHA OLEFINS – (NAO)
PYROLYSIS GASOLINE – (PYGAS)
ETHYLENE
SULPHURIC ACID
Products that enrich the world
Chemicals | Polymers | Fertilisers
CONTENTS
03| INTRODUCTION
07| METHANOL (MeOH)
08| METHYL TERTIARY-BUTYL ETHER (MTBE)
09| LINEAR ALKYL BENZENE (LAB)
10| HEAVY ALKYL BENZENE (HAB)
11| CAUSTIC SODA (CSS)
12| ETHYLENE DICHLORIDE (EDC)
13| VINYL CHLORIDE MONOMER (VCM)
14| HYDROCHLORIDE ACID (HCL)
15| NORMAL ALPHA OLEFINS (NAO)
29| PYROLYSIS GASOLINE (PYGAS)
31| ETHYLENE
32| SULPHURIC ACID
34| MUNTAJAT B.V. GLOBAL NETWORK
www.muntajat.qa
01
INTRODUCTION
Aligned with Qatar National
Vision 2030’s aim to develop
a competitive and diversified
economy, Muntajat serves as a
gateway for the State of Qatar’s
chemical and petrochemical
industries, by consolidating
marketing and distribution efforts
into a single entity to meet the
needs of customers worldwide.
About Muntajat
Muntajat, (Qatar Chemical and Petrochemical Marketing and
Distribution Company) Q.J.S.C. is a state-owned company
established in 2012 in the world’s emerging chemicals and
petrochemicals hub, Qatar. Muntajat is the gateway to Qatar’s
exports of over 10 million tonnes of chemicals and petrochemicals
products. The company markets, sells and distributes 100% of
the State’s downstream exports to customers in more than 120
countries.
The company aims to represent, serve and promote the State of
Qatar’s chemicals, polymers and fertilisers and maximise value
for its stakeholders by providing the world-class products and
services customers need to maintain their competitive advantage.
Muntajat is working towards achieving Qatar’s 2030 Vision by
contributing to social, human, economic and environmental
development and the creation of a diversified knowledge-based
economy.
The company builds on more than 40 years of excellence by
Qatar’s producing entities. It is adding new value to the supply
chain through reduced lead times and enhanced customer
experience while retaining continuity of supply and world-class
quality that customers demand.
Muntajat is currently developing a strong footprint across the
globe, through its international marketing network, Muntajat
BV, which is headquartered in the Netherlands and spread in 18
countries around the world.
With vast resources, world-class products and a dedicated team
of experts, Muntajat guarantees reliability and quality to its global
customers.
02
03
Chemicals
Industrial Chemicals are essential building blocks
of the modern world. Hundreds of industries all
over the world depend on a steady supply of highquality industrial chemicals to produce the goods
and services that humankind uses every day.
05
METHANOL
Methanol is a clear, colourless, flammable liquid with a characteristic
odour. It is a clean energy source as well as a raw material for some of
the everyday items used by us.
Within the petrochemical industry, Methanol is used as a raw material
in the manufacturing of solvents, Formaldehyde, Methyl Amine,
Acetic Acid, Ethyl Alcohol, Acetic Anhydride, DME and MTBE.
Our Methanol is produced by QAFAC which has a production capacity of 982,350
MTPA of US Federal Grade AA Methanol using ICI Technology.
Produced by: Qatar Fuel Additives Company (QAFAC).
CHARACTERISTICS
Purity, % wt on dry basis
LIMITS
METHOD
Min 99.85
IMPCA 001
Acetone, mg/kg
Max 30
IMPCA 001
Acidity as acetic acid, mg/kg
Max 30
ASTM D 1613
Carbonisable Substances, Pt-Co scale
Max 30
ASTM E 346
Color , Pt-Co
Max 5
ASTM D1209
Max 1.0° C to
include 64.6° ±
0.1° C
ASTM D 1078
Distillation Range at 760 mm Hg
Ethanol, mg/kg
Max 50
IMPCA 001
Non Volatile matter, mg/1000ml
Max 8
ASTM D 1353
Potassium Permanganate Time test at
15°C, minutes
Min 60
ASTM D 1363
Specific Gravity at 20°/20° C
0.791 - 0.793
ASTM D 4052
Water, % w/w
Max 0.1
ASTM E 1064
Total Iron, mg/kg
Max 0.1
ASTM E394
Chloride as Cl -, mg/kg
Max 0.5
IMPCA 002
Sulfur, mg/kg
Max 0.5
ASTM D 4045
Hydrocarbons
Pass test
ASTM D 1722
Clear & Free of
suspended matter
IMPCA 003
Appearance
07
METHYL TERTIARY-BUTYL ETHER (MTBE)
LINEAR ALKYL BENZENE (LAB)
Methyl Tertiary-Butyl Ether (MTBE) is a colourless flammable liquid
with a characteristic odour and an average octane number of 108.
It is used as a gasoline additive that provides cleaner burning fuel
to reduce the tail gas pollution generated by motor vehicles whilst
also eliminating the need to add Tetra Ethyl Lead to the gasoline.
Qatar Fuel Additives Company (QAFAC) produces 1,830 metric tonnes per day of high
quality MTBE by processing field butane, supplied by Qatar Petroleum and methanol,
produced by QAFAC’s own on-site plant.
Linear Alkyl Benzene (LAB) is a family of organic compounds with the formula
C6H5CnH2n+1. Since the 1960s, LAB has emerged as the dominant precursor
in biodegradable detergents, in particular laundry detergents, dishwashing
liquids, industrial cleaners, and household cleaners. The superior product
quality of SEEF LAB leads to High Sulfonability, improved Surfactant properties and excellent
detergent performance which ultimately enhances customer profitability.
Current Capacity: 610,000 MTPA
Produced by: Qatar Fuel Additives Company (QAFAC)
PARAMETERS
MTBE
C4 Hydrocarbons
Methanol
UNITS
wt%
wt%
wt%
Quality: High Linearity (> 92 wt.), low Bromine Index (<10), low Di Alkyl Tetralins &
Indanes content (<1 wt %).
Current Capacity: 100,000 MTPA
Produced by: SEEF Limited
SPECIFICATION
98.0 min.
0.5 max
0.7 max
METHOD
ASTM D 5441
ASTM D 5441
ASTM D 5441
TEST
TEST METHOD
SPECIFICATION
Specific Gravity, 15.56°C
ASTM D-4052
0.855-0.870
Bromine Index
UOP-304
10 max.
Say Bolt Color
ASTM D-6045
+ 29min.
Water, wt%
UOP 481
0.05 max.
2 Phenyl alkane, wt%
UOP 673
25 min.
Di Alkyl tetralins and Indanes, wt%
UOP 929
1.0 max.
Appearance
TBA (Tertiary butyl alcohol)
wt%
0.6 max
ASTM D 5441
Di-isobutylene and Codimers
wt%
1.0 max
ASTM D 5441
C5 Hydrocarbons
wt%
1.0 max
ASTM D 5441
Visual
Clear
Linear Alkyl Benzene, wt%
UOP 673
92 min.
Paraffins,wt%
UOP 673
0.5 max.
Molecular weight
UOP 673
236-244
≤C9
UOP 673
1.0 max.
C10
UOP 673
5 - 15
C11
UOP 673
25 - 45
C12
UOP 673
25 - 45
C13
UOP 673
10 - 30
≥C14
UOP 673
1.0 max.
Doctor test
UOP 41
Negative
Carbon Chain length distribution
Wt% typical range:
Water
08
ppm wt
500 max
ASTM E 1064
09
HEAVY ALKYL BENZENE (HAB)
CAUSTIC SODA
Heavy Alkyl Benzene (HAB) or Heavy Alkylate is used in manufacture
of lube oil, thermic fluids, refrigeration oil, electrical oil & textile
auxiliaries.
Caustic soda is a solution of Sodium hydroxide (NaOH)
in water. It is used in many industries such as alumina
as a strong chemical base, and also in the manufacture
of pulp and paper, textiles, drinking water, soaps and
detergents as well as a drain cleaner.
Sodium and Calcium Sulphonated Derivatives of Heavy Alkylate are reckoned for
high shelf life, are stable under different climatic conditions and work as surface
active agents.
HAB manufactured by SEEF commands a market premium due to its consistent and
superior quality.
Caustic Soda - produced as 50% wt solution
Quality: membrane grade caustic soda (< 100 ppmwt. NaCl)
Current Capacity: 730,000 MTPA
Produced by: Qatar Vinyl Company (QVC)
Current Capacity: 3,500 MTPA
Produced by: SEEF Limited
PARAMETER
TEST
TEST METHOD
SPECIFICATION
Specific Gravity, 15.56°C
ASTM D-4052
0.86 - 0.98
ASTM Color
Kinematic Viscosity @ 50°C, cSt
Kinematic Viscosity @ 38°C, cSt
10
ASTM D-6045
ASTM D-445
ASTM D-445
4.0 max
Appearance
UNIT
VALUE
Colorless, water white, soapy liquid
Sodium Hydroxide
%w/w
49.0 - 51.0
Sodium Carbonate
Ppm
max. 500
Sodium Sulphate
Ppm
max. 100
Sodium Chloride
Ppm
max. 100
Sodium Chlorate
Ppm
max. 30
Iron
Ppm
max. 3
Silica
Ppm
max. 5
12 - 18
21 - 28
11
ETHYLENE DICHLORIDE (EDC)
VINYL CHLORIDE MONOMER (VCM)
Ethylene Dichloride (EDC) is a chlorinated hydrocarbon
that is mainly used to produce Vinyl Chloride Monomer
(VCM), the major precursor for PVC production. It is a
colourless liquid with a chloroform-like odour. EDC is also used as an intermediate
for other organic chemical compounds and as a solvent.
Vinyl Chloride Monomer (VCM) is produced by cracking
Ethylene DiChloride (EDC).
Nearly all VCM is converted into PVC or vinyl
copolymers. PVC is among the largest volume plastics produced around the world,
widely used in the manufacture of products in the construction, medical, automotive,
electronics and packaging industries.
Physical Appearance: Colourless
Quality: High purity (99.9% wt., < 300 ppm wt. Low boils, <660ppm wt. High boils,
<10 ppm wt. water)
Current Capacity: 180,000 MTPA
Produced by: Qatar Vinyl Company (QVC)
Quality: High Purity (99.98% wt. < 10 ppm wt. 1-3-butadiene)
Current Capacity: 350,000 MTPA
Produced by: Qatar Vinyl Company (QVC)
PARAMETER
PARAMETER
EDC
UNIT
COMMERCIAL SPECIFICATION
% weight
min 99.9
Water
mg/kg
max 150
Color
Apha
max 10
Acidity (as HCl)
Iron
Total Low Boilers
Total High Boilers
Non-Volatile Residue
mg/kg
mg/kg
mg/kg
mg/kg
wt ppm
max 5
max 1
max 300
max 600
max 15
VCM
VALUE
wt. %
min 99.98
1,3 Butadiene
wt ppm
max 10
Acetylene
wt ppm
max 2
Methyl Chloride
wt ppm
max 100
Ethyl Chloride
wt ppm
max 50
Mono Vinyl Acetylene
wt ppm
max 8
1-2 EDC
wt ppm
max 2
Acetaldehyde
wt ppm
max 1
H2O
wt ppm
max 100
Iron
wt ppm
max 0.4
Acidity as HCl
wt ppm
max 1
Non Volatile Matters
wt ppm
max 50
Peroxydes as O2
wt ppm
max 1
wt ppm
mini / max 2/5
Hydroquinone
Colour
Appearance
12
UNIT
Colourless
Clear and free of suspended matters
13
HYDROCHLORIC ACID (HCL)
NORMAL ALPHA OLEFINS (NAO)
Hydrochloric acid (HCl) is a colourless to yellowishgreen, clear corrosive liquid with a pungent, irritating
odour. It is completely soluble in water and HCl gas
mixed with water generate a violent exothermique reaction. Contact with most
metals results in the formation of flammable hydrogen gas. HCl is used in numerous
applications from water treatment to food processing.
Normal Alpha Olefins are linear hydrocarbons having highly
accessible Terminal double bonds which make them ideal materials
for manufacturing numerous products. Under licensed from Chevron Phillips Chemical Co.
Ltd., and sold under the brand name AlphaPlus®, these NAO products are used extensively to
manufacture common household and personal care consumer goods such as plastics, liquid
soaps, sunscreen, detergents, synthetic lubricants, adhesives, drilling fluids, high quality paper
products, and a wide range of other items. With product range from C4 to C30+ carbon lengths,
they can be put to unlimited use in the development of new chemical products.
Current Capacity: 26,000 MTPA
Produced by: Qatar Vinyl Company (QVC)
COMPONENT
SPECIFICATION
UNIT
32 +/- 1
%
1.152-1.167
Kg/l
Cl2
<5
ppm
Fe
<10
ppm
SO4
<3.5
g/l
HCl
Specific Gravity at 20 °C
Colour
14
At ambient conditions, C4 is a gaseous product and C6 through C18 are clear waterwhite liquids with a distinctive olefinic odor. The C20+ products are solid at room
temperature and have a waxy appearance.
Current Capacity:
47,000 MTPA (Q-Chem On-purpose C6); 350,000 MTPA (Q-Chem II NAO Full Range)
Produced by:
Qatar Chemical Company Ltd (Q-Chem)
Qatar Chemical Company II Ltd (Q-Chem II)
NAO products include;
Pale Yellowish
15
• 1-Butene (C4H8)
• 1-Hexene (C6H12)
SPECIFICATION
CHARACTERISTICS
1-Butene
METHOD
UNIT
Min
Max
GLC
wt. %
99.0
-
C4
GLC
wt. %
99.8
-
>C4
GLC
wt. %
-
0.05
cis-and trans-2-Butene
Paraffin
Water
GLC
wt. %
GLC
Ametek 5800
wt. %
ppm by wt
-
-
-
0.34
0.34
10.0
SPECIFICATION
METHOD
UNIT
Min
Max
1-Hexene
ASTM D5134
wt. %
99.0
-
<C6
ASTM D5134
wt. %
-
0.05
C6
ASTM D5134
wt. %
99.8
-
>C6
ASTM D5134
wt. %
-
0.08
CHARACTERISTICS
Vinylidene
ASTM D5134
wt. %
-
1.00
cis- and trans2-Hexene
ASTM D5134
wt. %
-
1.00
Paraffin
ASTM D5134
wt. %
-
0.34
Benzene
PPCO-8704-AG
ppm by wt
-
0.20
Water
ASTM E1064
ppm by wt
-
25.0
Peroxide
ASTM E 299
ppm by wt
-
1.00
Carbonyls
ASTM E 411
ppm by wt
-
1.00
ASTM D 6045
Saybolt
30
-
ASTM D 4176
-
Bright and
Clear
-
API Gravity @ 60˚F * ASTM D 4052
-
-
-
Specific Gravity @
60˚F/ 60˚F *
-
-
-
Color
Appearance
Diene *
GLC
ppm by wt
* Determine and Report
Application: Comonomer PE, PP, Butylene Oxide
16
-
-
ASTM D 4052
* Determine and Report
Application: Comonomer PE, Plasticizers, Silanes, Silicones
17
• 1-Decene (C10H20)
• 1-Octene (C8H16)
SPECIFICATION
METHOD
UNIT
Min
Max
n-Alpha Olefin
GLC
wt. %
97.0
-
<C6
GLC
wt. %
-
0.05
C6
GLC
wt. %
-
0.50
C8
GLC
wt. %
99.0
-
C10
GLC
wt. %
-
0.50
>C10
GLC
wt. %
-
0.05
Vinylidene
GLC
wt. %
-
cis- and trans-2Octene
GLC
wt. %
Paraffin
GLC
Water
SPECIFICATION
METHOD
UNIT
Min
Max
n-Alpha Olefin
GLC
wt. %
95.8
-
<C8
GLC
wt. %
-
0.05
C8
GLC
wt. %
-
1.00
C10
GLC
wt. %
98.5
-
C12
GLC
wt. %
-
1.00
2.20
>C12
GLC
wt. %
-
0.05
-
0.34
Vinylidene
GLC
wt. %
-
3.60
wt. %
-
0.34
cis- and trans-2Decene
GLC
wt. %
-
0.34
ASTM E 1064
ppm by wt
-
50.0
Paraffin
GLC
wt. %
-
0.34
Peroxide
ASTM E 299
ppm by wt
-
1.00
Carbonyls
ASTM E 411
ppm by wt
-
1.00
Water
ASTM E 1064
ppm by wt
-
100
Color
ASTM D 6045
Saybolt
30
-
Color
ASTM D 6045
Saybolt
30
-
Appearance
ASTM D 4176
-
Bright and
Clear
-
Appearance
ASTM D 4176
-
Bright and
Clear
-
API Gravity @ 60˚F * ASTM D 4052
-
-
-
API Gravity @ 60˚F * ASTM D 4052
-
-
-
Specific Gravity @
60˚F/ 60˚F *
-
-
-
Specific Gravity @
60˚F/ 60˚F *
-
-
-
CHARACTERISTICS
ASTM D 4052
* Determine and Report
Application: Comonomer PE, Plasticizers, Silanes, Silicones
18
CHARACTERISTICS
ASTM D 4052
* Determine and Report
Application: Synthetic Lubricants, Fragrances
19
• 1-Tetradecene (C14H28)
• 1-Dodecene (C12H24)
SPECIFICATION
METHOD
UNIT
Min
Max
n-Alpha Olefin
GLC
wt. %
94.6
-
<C10
GLC
wt. %
-
C10
GLC
wt. %
C12
GLC
C14
SPECIFICATION
METHOD
UNIT
Min
Max
n-Alpha Olefin
GLC
wt. %
93.4
-
0.05
<C12
GLC
wt. %
-
0.05
-
1.00
C12
GLC
wt. %
-
1.00
wt. %
98.0
-
C14
GLC
wt. %
98.0
-
GLC
wt. %
-
2.00
C16
GLC
wt. %
-
2.00
>C14
GLC
wt. %
-
0.05
>C16
GLC
wt. %
-
0.05
Vinylidene
GLC
wt. %
-
4.20
Vinylidene
GLC
wt. %
-
5.40
cis- and trans-2Dodecene
GLC
wt. %
-
0.34
cis- and trans-2Tetradecene
GLC
wt. %
-
0.34
Paraffin
GLC
wt. %
-
0.34
Paraffin
GLC
wt. %
-
0.34
Water
ASTM E 1064
ppm by wt
-
100
Water
ASTM E 1064
ppm by wt
-
100
Color
ASTM D 6045
Saybolt
30
-
Color
ASTM D 6045
Saybolt
30
-
Appearance
ASTM D 4176
-
Bright and
Clear
-
Appearance
ASTM D 4176
-
Bright and
Clear
-
API Gravity @ 60˚F * ASTM D 4052
-
-
-
API Gravity @ 60˚F * ASTM D 4052
-
-
-
Specific Gravity @
60˚F/ 60˚F *
-
-
-
Specific Gravity @
60˚F/ 60˚F *
-
-
-
CHARACTERISTICS
ASTM D 4052
* Determine and Report
Application: Synthetic Lubricants, Fragrances
20
CHARACTERISTICS
ASTM D 4052
* Determine and Report
Application: Synthetic Lubricants, Detergents, Surfactants, Alcohol Ethoxylates,
Linear Alkyl Benzene (LAB), Mercaptans
21
• 1-Hexadecene (C16H32)
• 1-Octadecene (C18H36)
SPECIFICATION
METHOD
UNIT
Min
Max
n-Alpha Olefin
GLC
wt. %
92.2
-
<C14
GLC
wt. %
-
C14
GLC
wt. %
C16
GLC
C18
SPECIFICATION
METHOD
UNIT
Min
Max
n-Alpha Olefin
GLC
wt. %
90.6
-
0.10
<C16
GLC
wt. %
-
0.10
-
1.00
C16
GLC
wt. %
-
1.00
wt. %
97.5
-
C18
GLC
wt. %
97.0
-
GLC
wt. %
-
2.00
C20
GLC
wt. %
-
2.00
>C18
GLC
wt. %
-
0.10
>C20
GLC
wt. %
-
0.10
Vinylidene
GLC
wt. %
-
6.50
Vinylidene
GLC
wt. %
-
7.90
cis- and trans-2Hexadecene
GLC
wt. %
-
0.34
cis- and trans-2Octadecene
GLC
wt. %
-
0.34
Paraffin
GLC
wt. %
-
0.34
Paraffin
GLC
wt. %
-
0.34
Water
ASTM E 1064
ppm by wt
-
100
Water
ASTM E 1064
ppm by wt
-
100
Color
ASTM D 6045
Saybolt
30
-
Color
ASTM D 6045
Saybolt
30
-
Appearance
ASTM D 4176
-
Bright and
Clear
-
Appearance
ASTM D 4176
-
Bright and
Clear
-
API Gravity @ 60˚F * ASTM D 4052
-
-
-
API Gravity @ 60˚F * ASTM D 4052
-
-
-
Specific Gravity @
60˚F/ 60˚F *
-
-
-
Specific Gravity @
60˚F/ 60˚F *
-
-
-
CHARACTERISTICS
ASTM D 4052
* Determine and Report
Application: Alkenyl Succinic Anhydride (ASA), Functional Drilling Fluids, FoodAdditives,
Leather Tanning Agents, Alpha Sulphonates
22
CHARACTERISTICS
ASTM D 4052
* Determine and Report
Application: Synthetic Lubricants, Fragrances
23
• C20 – C24
• C24 – C28
SPECIFICATION
METHOD
UNIT
Min
Max
<C18
GLC
wt. %
-
0.10
C18
GLC
wt. %
-
3.00
C20
GLC
wt. %
35.0
55.0
C22
GLC
wt. %
25.0
45.0
C24
GLC
wt. %
10.0
26.0
C26
GLC
wt. %
-
2.00
>C26
GLC
wt. %
-
0.10
Water
ASTM E 1064
ppm by wt
-
100
Color
ASTM D 6045
Saybolt
30
-
Appearance
ASTM D 4176
-
Bright and
Clear
-
API Gravity @ 60˚F *
ASTM D 287
-
-
-
Specific Gravity @
60˚F/ 60˚F *
ASTM D 287
-
-
-
CHARACTERISTICS
* Determine and Report
Application: Petroleum Additive Industry, Sulfonate Based Detergents, Alkylated Phenols
24
SPECIFICATION
METHOD
UNIT
Min
Max
<C22
GLC
wt. %
-
1.00
C22
GLC
wt. %
-
2.00
C24-C28
GLC
wt. %
72.0
-
C30+
GLC
wt. %
-
25.0
Color ( Unfiltered )
TE-LABSOP-14-0007
Saybolt
20.0
-
Appearance **
TE-LABSOP-14-0005
-
Pass
-
API Gravity @ 60˚F *
ASTM D 287
-
-
-
Specific Gravity @
60˚F/ 60˚F *
ASTM D 287
-
-
-
Drop Melt Point *
ASTM D 127
˚F
-
-
CHARACTERISTICS
* Determine and Report
** Clear and substantially free of visual impurities
Application: Pour Point Depressant, Wood Treating
25
• C30+
NAO Blends:
• C14-C16-C18 Blend (23:44:33)
SPECIFICATION
CHARACTERISTICS
<C22
METHOD
UNIT
Min
Max
GLC
wt. %
-
0.10
C22
GLC
wt. %
-
1.00
C24-C28
GLC
wt. %
-
18.0
C30+
GLC
wt. %
82.0
-
Kinematic Viscosity
@ 210 ˚F
ASTM D 445
cSt
-
10.0
Color ( Unfiltered )
TE-LABSOP-14-0007
Saybolt
0
-
Appearance **
TE-LABSOP-14-0005
-
Pass
-
API Gravity @ 60˚F *
ASTM D 287
-
-
-
Specific Gravity @
60˚F/ 60˚F *
Drop Melt Point *
ASTM D 287
ASTM D 127
-
˚F
-
164
* Determine and Report
** Clear and substantially free of visual impurities
Application: PVC Lubes, Fertilizer Coating, Oriented Strand Board
26
-
-
SPECIFICATION
METHOD
UNIT
Min
Max
<C14
GLC
wt. %
-
0.30
C14
GLC
wt. %
20.0
25.0
C16
GLC
wt. %
40.0
46.0
C18
GLC
wt. %
20.0
36.0
>C18
GLC
wt. %
-
5.0
Total n-Alpha
Olefins
GLC
wt. %
91.0
-
Total Mono-Olefins
GLC
wt %
99.0
-
Vinylidene
GLC
wt %
-
9.0
cis- and trans
2-Tetradecene/
2-Hexadecene/2Octadecene
GLC
wt %
-
0.34
Paraffin
GLC
wt %
Water
ASTM E 1064
ppm by wt
-
100
Color
ASTM D 6045
Saybolt
-
-
Appearance
ASTM D 4176
-
30
-
API Gravity @ 60˚F * ASTM D 4052
-
Bright and
Clear
-
Specific Gravity @
60˚F/ 60˚F *
-
-
-
CHARACTERISTICS
ASTM D 4052
0.34
* Determine and Report
27
• C14-C16 Blend (67:33)
• C12-C14 Blend (67:33)
SPECIFICATION
METHOD
UNIT
Min
Max
C12
GLC
wt. %
65.0
69.0
C14
GLC
wt. %
CHARACTERISTICS
SPECIFICATION
METHOD
UNIT
Min
Max
< C12
GLC
wt. %
-
0.05
C12
GLC
wt. %
-
1.0
C14
GLC
wt. %
65.0
69.0
C16
GLC
wt. %
31.0
35.0
C18
GLC
wt. %
-
2.0
> C18
GLC
wt. %
n-Alpha Olefin
GLC
wt. %
93.0
-
CHARACTERISTICS
Balance to 100
n-Alpha Olefin
GLC
wt. %
94.2
-
Vinylidene
GLC
wt %
-
4.7
cis- and trans
2-Dodecene/
2-Tetradecene
GLC
wt %
-
0.34
Paraffin
GLC
wt %
-
0.34
Vinylidene
GLC
wt %
-
6.0
cis- and trans
2-Tetradecene/
2-Hexadecene
GLC
wt %
-
0.34
Paraffin
GLC
wt %
-
0.34
Water
ASTM E 1064
ppm by wt
-
100
Color
ASTM D 6045
Saybolt
30
-
ASTM D 4176
-
Bright and
Clear
-
API Gravity @ 60˚F * ASTM D 4052
-
-
-
Specific Gravity @
60˚F/ 60˚F *
-
-
-
Water
ASTM E 1064
ppm by wt
-
100
Color
ASTM D 6045
Saybolt
30
-
-
Bright and
Clear
Appearance
ASTM D 4176
API Gravity @ 60˚F * ASTM D 4052
Specific Gravity @
60˚F/ 60˚F *
* Determine and Report
28
ASTM D 4052
-
-
-
-
-
-
-
Appearance
ASTM D 4052
* Determine and Report
Application: Common blends for different applications
0.10
29
PYROLYSIS GASOLINE - PYGAS
ETHYLENE
Pyrolysis Gasoline, a naphtha-range product with high
aromatics content, is a by-product of ethylene production
from ethane cracking. It is a yellow liquid with an aromatic,
gasoline-like odor that is primarily used either as a source for recovering benzene
and other hydrocarbons or for gasoline blending to boost octane.
Ethylene is one of the building blocks of hydrocarbon
and petrochemicals. It is a colorless flammable gas.
Ethylene is widely used in chemical industry, and its
worldwide production exceeds that of any other organic compound. Approximately
90% of ethylene is used to produce polyethylene, ethylene oxide, ethylene dichloride,
and ethyl benzene.
Current Capacity: 40,000 MTPA
SPECIFICATION
CHARACTERISTICS
API Gravity @ 60 °F *
Specific Gravity @
60 °F *
Bromine No.
Distillation 95%,
deg C
Sulfur
METHOD
UNIT TYPICAL
ASTM D287
41.6
ASTM D4052/D1298
0.82
Min
Max
ASTM D1159
g/100g
<1.0
1.0
ASTM D86/D3710
°C
195
205
ASTM D5453/D7041 Wt ppm
SPECIFICATION
UNIT
RANGE LIMIT
TEST METHOD
1.
Ethylene
% vol
99.9 (min)
By difference
2.
Hydrogen
ppm vol
Less than 10
QM-GC-003
3.
Carbon
Monoxide
ppm vol
Less than 2
QM-GC-004
4.
Carbon Dioxide
ppm vol
Less than 5
QM-GC-004
5.
Acetylene
ppm vol
Less than 5
QM-GC-004
6.
Methane
ppm vol
Less than 300
QM-GC-004
7.
Methane +
Ethane
ppm vol
Less than 1000
QM-GC-002
8.
C3+
ppm vol
Less than 15
QM-GC-002
Sr. No
Produced by: Ras Laffan Olefins Company Ltd. (RLOC)
0.69
1.0
ASTM D6377
Psia
7.4
9.
Oxygen
ppm vol
Less than 3
QM-GC-005 &
QMS-IS-001
C5 & Lighter
ASTM D6729/30
Wt%
15 - 29
10.
Nitrogen
ppm vol
Less than 100
QM-GC-005
Benzene
ASTM D6729/30
Wt%
32.0 48
11.
Water
ppm wt
Less than 5
QMS-IS-003
Toluene *
ASTM D6729/30
Wt%
4.5 -6.0
12.
Alcohol Methanol
ppm wt
Less than 5
QM-GC-006
13.
Nitrogen Oxide
(NO)
Process free
14.
Sulphur
ppm wt
Less than 2
QM-GC-007
15.
Source
RVP psia
Thiophene (2)
Color, Saybolt
* For information only
30
ASTM D6228/7011 Wt ppm
ASTM D156
Saybolt
0.29
29
B1505, B15305 & Ethylene tank T 2201
31
SULPHURIC ACID
TECHNICAL DISCLAIMER
Sulfuric Acid is one of the largest volume industrial chemical
produced in the world. Around 60% of Sulfuric Acid
world production is consumed for fertilizers, particularly
superphosphates, ammonium phosphate and ammonium sulfates. About 20% is
used in chemical industry for production of detergents, synthetic resins, dyestuffs,
pharmaceuticals, petroleum catalysts, insecticides and antifreeze, as well as in
various processes such as oil well acidizing, aluminum reduction, paper sizing and
water treatment. Other uses are dispersed into a multitude of applications such as
pigment, paints, cellophane, acetate and viscose textiles, lubricants, non-ferrous
metals and batteries.
Before using this product, the user is advised and cautioned to make its own
determination and assessment of the safety and suitability of the product for the
specific use in question and is further advised against relying on the information
contained herein as it may relate to any specific use or application. It is the ultimate
responsibility of the user to ensure that the product is suited and the information is
applicable to the user’s specific application. Muntajat does not make, and expressly
disclaims, all warranties, including warranties of merchantability or fitness for a
particular purpose, regardless of whether oral or written, express or implied, or
allegedly arising from any usage of any trade or from any course of dealing in
connection with the use of the information contained herein or the product itself.
The user expressly assumes all risk and liability, whether based in contact, tort or
otherwise, in connection with the use of the information contained herein or the
product itself. Further, information contained herein is given without reference to
any intellectual property issues, as well as any international laws which may be
encountered in the use thereof. Such questions should be investigated by the user.
Qatar Acid has production capacity of 33,000 MTPA and mainly supplying to local
Qatar market.
Produced by: Qatar Acids Company.
Characteristic
RESULT
Concentration of Acid
98.5%
Specific Gravity at 20 C
̊
1.84
Freezing Point
10.1 C
̊
Boiling Point
340 C
̊
Residue on Ignition
Iron Content
Lead & Arsenic
SO2
32
Less Than 40 ppm
10 ppm
Nil
Less Than 30 ppm
MUNTAJAT B.V. GLOBAL NETWORK
Vietnam
Muntajat B.V. Offices:
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www.muntajatbv.com
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Haag, The Hague, The Netherlands.
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Level 6, 330 Collins St, Melbourne, Australia.
Tel.: +61 3 9008 5603 - [email protected]
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Planners Tower, 13/A Sonargoan Road 15th Floor, Room No.- 5 Dhaka-1000,
Bangladesh.
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Tel.: +2 02 26901223 - [email protected]
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Lot 17-04, Level 17, Menara HLA, No. 3 Jalan Kia Peng, Kuala Lumpur, Malaysia.
Tel.: +603-21667122 - [email protected]
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8 rue Ali Abderrazak, Residence, PLEIN CIEL. Casablanca, Morocco.
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For general queries please contact [email protected]
36
37