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Company Profile
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Company Profile
PERTAMINA is a State Owned oil & gas company (National Oil Company), established on December 10, 1957 under the name PT PERMINA. In 1961 the company changed its name to PN PERMINA and after the merger with PN PERTAMIN in 1968 it became PN PERTAMINA. With the enactment of Law 8 of 1971 the company became PERTAMINA. This name persisted until after PERTAMINA changed its legal status to PT PERTAMINA (PERSERO) on October 9, 2003.
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Corporate Commitment
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Our Networks
Provides information of PERTAMINA
- Career Development
Opportunities within Pertamina are extremely wide because we operate such a diverse set of businesses: Exploration & Production, Refining, Distribution to Marketing of products, and geothermal.
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Company Profile
- Our Business
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Our Business
PERTAMINA in conducting business activities in the field of energy and petrochemicals, was divided into two sectors, namely upstream and downstream, and supported by the activities of Children's Subsidiaries and Joint Ventures
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Upstream
The business activities of the Pertamina Upstream Directorate cover exploration, production, and transmission of oil and gas. Other activities are Coal Bed Methane (CBM) and geothermal operations.
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Downstream
Pertamina Downstream activities comprises of:
- Our Products
- Industry Marine
- Announcements
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Our Business
- News Room
- Investor Relations
- Social Responsibility
- HSSE
Benzene
Benzene is the basis of a group of hydrocarbons referred to as 'aromatics.' It is a clear colorless liquid, with a characteristic aromatic smell. Benzene is produced by PERTAMINA's Paraxylene
Refinery Cilacap.
Production Capacity
110.000Metric Tons/month.
Application/Benefit
Benzene is the starting point for many derivatives required in the production of a wide range of goods used in everyday life. Benzene and ethylene are used to produce styrene, from which
polystyrene is made. It is also used to produce cyclohexane, a precursor to caprolactam, which is used to produce nylon. Well known commodity chemicals such as polystyrene and nylon are
subsequently used to manufacture everyday items including paints, clothing, computer casings and packaging and detergents.
Specification
| No |
Item |
Test Method | Limit |
| 01 | Toluene ASIM | D-4492 | 200 ppm (weight) maximum |
| 02 | Non-aromatics | ASTM D-2360/D-4492 | 1000 ppm (weight) maximum |
| 03 | Solidification point | ASIM D-852 | 5.45 °Cminimum |
| 04 | Acid wash color | ASTMD-848 | 1 maximum |
| 05 | Thiophene content | ASTMD-1685 | 1.0 ppm (weight) maximum |
| 06 | Bromine index | ASTMD-1492 | 15 maximum |
| 07 | Total sulphur |
ASTIv D-4045 | 1 ppm(weight) maximum |
| 08 | Distillation range |
ASTTv1 D-850 | 1 °C maximum including 80.1 °C |
| 09 | Acidity | ASTTY1 D-847 | No free acid |
| 10 | Specific gravity at 15. 56/15.56 °C | ASTMD-891 | 0.8830 minimum 0.8860 maximum |
| 11 | Water | Visual | undissolvedwater after standing 1 hour at 15.56 °C |
| 12 | Nonvolatile matter | ASTMD-1353 | 0.0012 g/100ml maximum |
| 13 | Purity | ASTM D-4492 /D-2360 | 99.90 weight percent minimum |
| 14 | Copper convsion | ASTMD-849 | Passes |
| 15 | Color | ASTTv1 D-1209 | 20 maximum |
