The coke produced after forging is referred to as petroleum coke, which is obtained by subjecting green coke to a process of calcination. This involves heating the raw material at high temperatures to remove any impurities and obtain a final product that can be used in various industrial applications. Petroleum coke is widely utilized due to its high carbon content and low ash content, which makes it an ideal raw material in the production of steel and other metal alloys. Overall, this process of calcining green coke to produce petroleum coke is an important step in the industrial manufacturing process, helping to create a variety of essential materials used in our daily lives.
Coke derived from the conversion of light and heavy oil is a distinctive product that undergoes a process where crude oil is separated through distillation and further subjected to hot cracking of heavy oil. Visually, this substance appears as a black block or particle, exhibiting irregular shapes and varying sizes, along with a captivating metallic luster. Remarkably, the coke particles possess a multi-pore structure, contributing to their unique properties. Comprised predominantly of carbon, this element accounts for an impressive 80% of the coke's weight.