Petcoke

Petcoke

Petcoke, also known as petroleum coke, is a carbon-rich solid material that is produced during the refining of crude oil. The specifications of petcoke can vary depending on the type and source of crude oil, as well as the processing method used to produce it. However, here are some of the general specifications for petcoke: - Carbon content: Typically ranges from 85% to 95% - Sulfur content: Can range from less than 1% to over 7% - Moisture content: Typically less than 5% - Ash content: Can range from less than 1% to over 10% - Volatile matter: Can range from less than 5% to over 20% - Size: Can range from a fine powder to large chunks Petcoke is primarily used as a fuel source in industrial processes, such as cement manufacturing, power generation, and steel production. It is a cheaper alternative to coal, and its high carbon content makes it an effective fuel for energy-intensive processes. However, its high sulfur content can contribute to air pollution and acid rain, so it is often subject to emissions regulations. Petcoke is also used in the production of anodes for the aluminum smelting industry, as well as in the production of graphite electrodes for the steel industry. In addition, it is sometimes used as a source of carbon in the production of certain chemicals and materials.

Petroleum coke, often abbreviated as petcoke, is a byproduct of the oil refining process. It is produced when heavy crude oil undergoes a distillation process that separates it into various components like gasoline, diesel, and jet fuel. During this process, residual oil is left behind, which is then further refined to produce petroleum coke. Petroleum coke is primarily used as a fuel source and in the production of anodes for aluminum smelting. It is known for its high carbon content, making it an efficient and cost-effective fuel for power generation and industrial processes. There are two main types of petroleum coke: calcined and green coke. Calcined petroleum coke has been heat-treated to drive off volatile substances and impurities, while green coke is typically used as a fuel source in industrial applications without undergoing calcination. Pet coke represents a valuable secondary product that can be exported to markets where it is in demand, such as in the aluminum and steel industries. Its usage as a fuel also makes it relevant for energy markets, particularly in regions where there is a need for affordable and reliable sources of industrial fuel. Origin: Kazakhstan / Russia.

Origin: Kazakhstan MOQ: 50,000 MT x 12 mths Max Qty: 500,000 MT x 12 mths

Petroleum coke, or petcoke, is a product produced from all types of oil (light/heavy crudes) during the oil refining process. Many different products are extracted from a barrel of crude oil in addition to gasoline, diesel and jet fuels. Petroleum coke just one of the many.

PETROLEUM COKE (PETCOKE) Minimum Quantity : 50,000 MT Maximum Quantity 100,000 MT CIF Price : $140.00 USD / MT Commission : $5 USD Seller side, $5 USD Buyer side Delivery Terms: CIF / FOB Shipment. Payment Term: MT103 TT Wire Transfer. Quality: Q&Q test report will be conducted at the loading port by SGS or equivalent at the expense of seller. Product Origin: KAZAKHSTAN. Contract Term: 12 months minimum after a successful trial (with rolls and extensions). Port of Loading: Jurong Port, Singapore, Aktau, Pavlodar, Kuryk, Fujairah, Vladivostok, Rotterdam, and Houston Port.

Petroleum coke, commonly known as petcoke, is a byproduct of the oil refining process. It is produced through the coking process, where heavy residual oils from crude oil are heated to high temperatures, causing them to decompose into a solid, carbon-rich material. Petcoke is used in various industrial applications due to its high carbon content and energy density. Key Features: Composition: Petcoke is composed primarily of carbon, with minor amounts of sulfur, metals, and other impurities. Its carbon content can range from 80% to 90%, making it a high-energy material. Types: There are two main types of petcoke: Green Petcoke: The raw form of petcoke, which has not yet been processed further. Calcined Petcoke: Green petcoke that has been heated to a higher temperature to remove volatile materials, resulting in a more refined product with higher carbon content and improved properties for certain applications. Applications: Energy Production: Petcoke is used as a fuel in power generation and industrial boilers due to its high calorific value. It is often employed in cement kilns and other heavy industrial processes where high-energy fuels are required. Metallurgical Industry: In the aluminum, steel, and titanium industries, calcined petcoke is used as a source of carbon in the production of electrodes and other components. Its high carbon content is essential for these applications. Chemicals and Materials: Petcoke is utilized in the production of various chemicals and materials, including carbon black, which is used in tires, coatings, and plastics. Environmental and Operational Considerations: Emissions: The combustion of petcoke can produce significant amounts of carbon dioxide (COâ??), sulfur dioxide (SOâ??), and particulate matter. This has environmental implications, including contributing to air pollution and climate change. Handling and Storage: Due to its solid and granular nature, petcoke requires specialized handling and storage facilities to manage dust and ensure safe and efficient use. Regulatory and Market Context: Regulations: Environmental regulations regarding petcoke use are becoming more stringent, especially concerning its sulfur content and emissions. This impacts its application in certain regions and drives the search for cleaner alternatives. Pricing: Petcoke prices are influenced by global oil markets, supply and demand dynamics, and regulatory factors. Its cost-effectiveness compared to other fuels makes it a competitive option in various industrial applications. Conclusion: Petroleum coke (petcoke) is a high-carbon byproduct of oil refining with significant uses in energy production, metallurgy, and industrial applications. While it offers high energy content and utility in various processes, its environmental impact and regulatory challenges necessitate careful management and consideration of cleaner alternatives.