RUSSIA
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​​​HIGH-QUALITY PETROLEUM COKE
ideal for industrial fuel and manufacturing needs, at competitive prices.
Contact us today for reliable supply and tailored solutions to meet your energy requirements.
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High Carbon and Low Sulfur (2,56%): Indicates a high-quality fuel.
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High Volatile Matter with Low Ash: Suggests effectiveness in combustion processes.
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Available Quantity is 3,000 to 12,500 tons per Month
Shipment of the products will take place from our site located at a railway siding i of the Kuibyshev Railway.
ECP code: 64920
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Our price range is determined by quantity, delivery terms, and the specifics outlined in the contract.
For example, a 3-year agreement for 5,000 tons monthly would be priced at $ 135/ton ex works loaded on trucks. (FOT) Loading location is close to River Volga and Commercial train loading station.
Location : approx. 300km East of Moscow
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Prices can also be affected by currency fluctuations and exchange rate
changes, which can lead to price variations.​​
Logistics Example: Transporting a container from the production site to port Mumbai India costs between USD 150 and 170 per ton on a CNF (Cost and Freight) basis using (BB) in containers.
Minimum Order quantity : 500 tons ​​​​​​
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SOLD OUT
What is Petroleum Coke (Petcoke)?
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Definition: Petcoke is a carbon-rich solid residue derived from oil refining. It's created after heavy fractions of crude oil are heated and processed in a coking unit.
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Origin: Specifically, petcoke comes from a final cracking process – a thermo-based chemical engineering process that splits long-chain hydrocarbons of petroleum into shorter chains within coker units.
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Raw Material: It's a carbonaceous solid derived from oil refinery coker units or other cracking processes.
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Relationship to Coke: Petcoke is a type of coke. The term "coke" usually refers to the product from low-ash, low-sulfur bituminous coal. Petcoke is obtained from crude petroleum in petroleum refineries.
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Production: It's also produced in the production of synthetic crude oil (syncrude) from bitumen extracted from Canadian and Venezuelan oil sands.
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Coking Process: In petroleum coker units, residual oils from other distillation processes are treated at high temperature and pressure. This drives off gases and volatiles, separating remaining light and heavy oils and leaving petcoke. These are called "coking processes," typically employing chemical engineering plant operations for delayed coking.
Sulfur Content
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Typical Range: Petcoke usually contains 0.2-6.0% sulfur.
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Our Petcoke has 2,6% sulfur content
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APPLICATIONS ​​​​ Petroleum coke, or petcoke, is a carbon-rich solid material derived from oil refining. It comes in different grades, and one of the key differentiators is sulfur content. Petcoke with low sulfur content, like the 2.6% you're referring to, is often considered more environmentally friendly compared to high-sulfur varieties. Here are some common uses and applications of low-sulfur petroleum coke:  Aluminum Production: Low-sulfur petcoke is primarily used as a source of carbon in the anodes required for the electrolytic smelting process in aluminum production. The presence of low sulfur is crucial because high sulfur levels can lead to emissions that are detrimental to both the environment and the quality of the aluminum. Steel and Metallurgical Applications: It's also used in steelmaking for similar reasons. The low sulfur content helps to reduce sulfur emissions, which can lead to more stringent regulation compliance and help in producing higher-quality steel with fewer impurities. Fuel: Due to its energy-rich properties, low-sulfur petcoke can be used as fuel in power plants, cement kilns, and other industrial processes. Its low sulfur content results in lower sulfur dioxide emissions compared to higher-sulfur petcoke, making it a more appealing option in regions with strict environmental regulations. Graphite Production: In the production of synthetic graphite, which is used in batteries, electrodes, and other applications, low-sulfur petcoke is valued for reducing impurities that could affect the quality and functionality of the graphite. Carbon Sequestration and Recarbonisation: In industries focused on reducing their carbon footprint, low-sulfur petcoke can be used in carbon sequestration and other "clean" carbon processes, because it contributes to lower overall emissions whilst retaining high carbon content. ​
The choice of low-sulfur petcoke over other types is often driven by environmental regulation compliance, cost considerations, and the desired quality of the end product. Each of these applications takes advantage of the high carbon and low impurity characteristics of low-sulfur petcoke.
RUSSIA
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​​​HIGH QUALITY PITCH COKE
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Pitch coke is a by-product of coke manufacturing, specifically the carbonization of coal tar pitch. It's a solid, black substance with high carbon content, used in various industrial applications.
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Available Quantity is 3,000 to 12,500 tons per Month
The delivery will be carried out in "big-bag" mode.
Shipment of the products will take place from our site located at a railway siding i of the Kuibyshev Railway.
ECP code: 64920
​
Our price range is determined by quantity, delivery terms, and the specifics outlined in the contract.
For example, a 3-year agreement for 5,000 tons monthly would be priced at $ 119/ton ex works loaded on trucks. (FOT) Loading location is close to River Volga and Commercial train loading station.
Location : approx. 300km East of Moscow
​
Prices can also be affected by currency fluctuations and exchange rate
changes, which can lead to price variations.​​
Logistics Example: Transporting a container from the production site to port Mumbai India costs between USD $150 and $170 per ton on a CNF (Cost and Freight) basis using (BB) in containers.
Minimum Order quantity : 500 tons ​​​​​​
​
SOLD OUT
WHAT IS PITCH COKE ?
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Pitch coke is produced when coal tar pitch, a thick, black liquid derived from coal tar, is heated to high temperatures.
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This heating process, known as carbonization, removes volatile components and results in a solid, carbon-rich material.
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It's often referred to as electrode coke or simply coke, and can be classified as either coal tar pitch coke or petroleum bitumen pitch coke.
How it's made:
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Coal tar pitch is heated to a high temperature (450°C or higher) in a coking process.
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This process drives off volatile components and leaves behind a solid, carbonaceous residue.
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The resulting pitch coke can be further processed into various forms, such as pellets or blocks, for different applications.
APPLICATIONS
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Pitch coke is a type of coke derived from coal tar pitch, a byproduct of coal coking. It's used in a variety of industrial applications.
Here are some of its key uses:
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- Aluminum Smelting: It's a crucial component in the production of aluminum, where it's used to create the anodes needed for the electrolytic process.
- Graphite Production: Pitch coke is a primary raw material for manufacturing graphite electrodes, essential in steelmaking and other metallurgical processes.
- Specialty Carbon Products: It's used in the production of various specialty carbon products, including carbon brushes, seals, and other components.
- Other Metallurgical Applications: Pitch coke can serve as a reducing agent in certain metallurgical processes and as a carbon raiser in steelmaking.