Olefin
Propylene
Propene, also known as propylene, represents a colorless, flammable, and gaseous hydrocarbon with the chemical formula C3H6. It’s typically obtained from the low molecular weight constituents of petroleum. Crete Petroleum Group (CPG) boasts access to the primary production sources of propene, catering to clients worldwide.
As a vital hydrocarbon, propene serves as a fundamental building block in the petrochemical industry. Its versatile nature allows it to be utilized in the production of various important chemicals and materials, including plastics, synthetic fibers, and other industrial products.
CPG’s access to major propene production sources positions them as a significant player in meeting the demands of global clientele. By ensuring a consistent and reliable supply, CPG plays a critical role in supporting industries worldwide that rely on propene as a foundational component for their manufacturing processes.
This access to primary propene sources signifies CPG’s capability to serve diverse industries across the globe, contributing to the development and production of essential materials while maintaining a steady and efficient supply chain.
| Component | Unit | Specification |
|---|---|---|
| Propylene | % vol | min 99.8 |
| Propane | % vol | max 0.2 % |
| Hydrogen | ppm vol | max 5 |
| Ethylene | ppm vol | max 1 |
| Butenes | ppm vol | max 1 |
| Pentenes | ppm vol | max 1 |
| Noncondensables | ppm vol | max 20 |
| Ethane | ppm vol | max 20 |
| Butanepentanes | ppm vol | max 10 |
| C6-C12 Hydrocarbons | ppm vol | max 1 |
| Acetylene | ppm vol | max 1 |
| Acetylene | ppm vol | max 1 |
| Methylacetylene | ppm vol | max 1 |
| Propadiene | ppm vol | max 1 |
| Butadiene | ppm vol | max 10 |
| Oxygen | ppm vol | max 2 |
| Carbon Monoxide | ppm vol | max 0.03 |
| Carbon Dioxide | ppm vol | max 2 |
| COS | ppm vol | max 0.02 |
| Total sulphur | ppm wt | max 1 |
| Total sulphur | ppm wt | max 1 |
| Methanol | ppm vol | max 5 |
| Isopropanol | ppm vol | max 5 |
| Water | ppm wt | max 2 |
| Arsine | ppm vol | max 0.01 |
| Phosphine | ppm vol | max 0.01 |
| Ammonia | ppm wt | max 1 |
| Cyclopentadie ne | ppm vol | max 0.05 |
Ethylene
Certainly, ethylene, often referred to as an olefin, holds a pivotal position in the petrochemical industry. With a chemical formula of C2H4, ethylene is a colorless, flammable gas and serves as a fundamental building block for numerous industrial processes.
Its significance stems from its versatility and widespread use in the production of various essential products. Ethylene acts as a precursor in the creation of plastics, solvents, and other chemicals. Its role as a raw material in the petrochemical industry is paramount, influencing the manufacturing of items ranging from packaging materials to synthetic fibers.
CPG, leveraging its position in the industry, likely plays a crucial role in the production and distribution of ethylene. By supplying this essential chemical, CPG contributes to the functionality and production of various materials across numerous sectors, thereby supporting global industrial development
| Component | Specification | |
|---|---|---|
| Ethylene | 99.9 | vol % min |
| Methane + Ethane | 1000 | ppm vol max |
| Ethane | 500 | ppm vol max |
| Acetylene | 5 | ppm vol max |
| C3 & Higher | 10 | ppm vol max |
| Carbon Monoxide | 2 | ppm vol max |
| Carbon Dioxide | 5 | ppm vol max |
| Water | 10 | ppm vol max |
| Hydrogen | 10 | ppm vol max |
| Nitrogen | 100 | ppm vol max |
| Oxygenated Compounds | 10 | ppm vol max |
| Basic Nitrogen Compounde Caloulated as NH3 | 1 | ppm vol max |
| Total sulphur | 2 | mg/kg max |
| Methanol | 0.5 | ppm vol max |
| Total Combined Nitrogen | 0.2 | ppm vol max |
| COS | 0.02 | ppm vol max |
| Mercaptans | 0.3 | ppm vol max |