At this stage, the global demand for oil is growing day by day, and oil extraction technology is also constantly improving. In this process, oil fracturing proppant plays an important role. Bauxite soil, as a high-quality raw material, plays a key role in making proppant for petroleum fracturing.

Bauxite soil, whose main component is alumina, is a kind of hydrated alumina containing impurities. It has unique physical and chemical properties, such as high melting point, high hardness, good electrical conductivity and corrosion resistance. These characteristics make bauxite soil an ideal raw material for making proppant for petroleum fracturing.

Bauxite soil has significant advantages in making proppant for petroleum fracturing. First, it has high strength and hardness to maintain support performance in high-pressure environments. Secondly, bauxite soil has good electrical conductivity and corrosion resistance, and can adapt to complex underground environments. In addition, bauxite soil has a wide range of sources and is relatively low-cost, allowing the cost of making proppant to be effectively controlled.

Globally, many large oil companies have begun to use bauxite as the main raw material for making proppant for oil fracturing. By using proppant made from bauxite soil, these companies can improve the permeability of oil and gas formations, increase oil and gas production, and reduce production costs.

In general, bauxite soil, as a high-quality raw material, plays a key role in making petroleum fracturing proppant. Its high strength, high hardness, good electrical conductivity and corrosion resistance, as well as its wide availability and relatively low cost, make it an ideal proppant raw material. With the continuous development of oil mining technology, the application prospects of bauxite soil in this field will be broader.