The process of high carbon Petroleum Coke steel production involves converting crude oil into steel through the refining and coking processes. It also uses coal as an alternate energy source in some cases. Coke is used as an energy source for the reduction furnace in order to increase the level of carburization of the iron and steel produced during the steelmaking process. This improves the strength and ductility of the final product. Coke is also used to keep the temperature in the steelmaking process stable.
Petroleum coke is an important raw material for the aluminum industry and can be used as a replacement for graphite in the production of Anode Grade Petroleum Coke (AGC). The market has seen significant growth over the past few years due to the demand for EVs, which require large quantities of aluminum components. In addition, the rising energy costs and environmental concerns have pushed companies to switch over to renewable sources of power generation. This has in turn led to the need for high-quality AGC to ensure efficient production of EVs.
A key factor influencing the market is the rising environmental concerns, resulting in stricter government regulations on emissions from petroleum coke processing. This is expected to impose additional costs on manufacturers, potentially reducing their competitiveness. In addition, the market is facing competition from alteative materials that offer similar properties as petroleum coke, such as synthetic graphite.
The metallurgical coke market is highly fragmented, with the top 5 players holding around 40% of the overall market share. The major players include Aminco Resources, BP, Chevron Corporation, Exxon Mobil, and Shell plc. The top 5 players have a strong presence in North America, with ExxonMobil being the dominant player in this region.
Metallurgical coke is a dark, solid substance made by heat-treating petcoke. It has a low degree of crystallinity in the c direction and can be highly anisotropic or needle-like, as shown in figure 7.8a. It has a macroporous structure with pores of sizes greater than those of activated carbon, and can be hard or soft.
A flurry of M&A activity in the global oil and gas industry suggests a strategic shift by companies towards refining capabilities enhancements for more versatility with different crude oil slates. The shift is also focusing on new coking and upgrading units to improve the quality of the final product. Increasing emphasis on quality in the production of AGC could create an opportunity for market players to gain a competitive advantage. The ongoing transition towards sustainable production processes could also boost demand for petroleum coke, as industries look to reduce their carbon footprints. The demand for AGC will also be influenced by the growth of the EV industry, as more consumers are opting for electric cars. The increased use of EVs will lead to a need for more batteries, which will in turn increase the demand for AGC. This will help drive the growth of the market over the forecast period.
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