The Benefits of Screening 140 Mesh Fracturing Sand for Oil and Gas Production
Screening 140 mesh fracturing sand for oil and gas production can provide a number of benefits. This type of sand is specifically designed to be used in hydraulic fracturing, or “fracking,” which is a process used to extract oil and gas from underground reservoirs. By screening the sand, producers can ensure that the sand is of the highest quality and that it meets the necessary specifications for the job.
Screening 140 mesh fracturing sand helps to ensure that the sand is free of any contaminants or impurities that could potentially damage the well or interfere with the production process. This type of sand is also designed to be highly permeable, which allows it to move easily through the fractures in the rock and into the reservoir. This helps to maximize the efficiency of the fracking process and can help to increase the amount of oil and gas that is recovered.
Material:
Q235 carbon steel
Screen layer:
3
Mesh size:
40 / 70 / 140
Voltage:
380v~460, 50/60hz, three phase
Motor NO.:
ABB
Power:
7.5Kw
Electric current:
11.9A
Rotate speed:
260Rpm
Excitation force:
70KN
Screening 140 mesh fracturing sand also helps to reduce the risk of clogging or plugging in the well. This type of sand is designed to be very uniform in size, which helps to ensure that it will flow freely through the fractures and into the reservoir. This helps to reduce the risk of clogging or plugging, which can lead to costly delays in production.
Finally, screening 140 mesh fracturing sand helps to ensure that the sand is of the highest quality and that it meets the necessary specifications for the job. This helps to ensure that the sand will perform as expected and that it will not cause any damage to the well or interfere with the production process. This can help to reduce the risk of costly delays and can help to maximize the efficiency of the fracking process.
How Sugar Gyratory Screening Machines Improve Efficiency in the Sugar Processing Industry The sugar processing industry is a highly competitive and complex sector, requiring efficient and reliable equipment to ensure the highest quality of product. Sugar gyratory screening machines are an essential part of the sugar processing industry, providing a reliable and efficient way to…
How Frac Sand Gyratory Screening Technology is Revolutionizing the Oil and Gas Industry The oil and gas industry is undergoing a revolution, and it’s all thanks to the introduction of frac sand gyratory screening technology. This innovative technology is revolutionizing the way oil and gas companies extract and process resources, making the process more efficient…
How Gyratory Screener Machines Can Improve Efficiency and Productivity in Your Facility Gyratory screener machines are an essential tool for any facility looking to improve efficiency and productivity. These machines are designed to quickly and accurately separate materials of different sizes, shapes, and densities. By using a gyratory screener, facilities can reduce the amount of…
How Silica Sand Shaker Screener Machines Help Improve Efficiency in Industrial Processing. Silica sand shaker screeners are an essential part of many industrial processes, helping to separate and sort particles of different sizes. This article will discuss the benefits of using these machines, as well as the different types available and how they can be…
Understanding the Different Types of Fracturing Sand and Their Uses in Oil and Gas Production Fracturing sand, also known as frac sand, is an essential component of oil and gas production. It is used to prop open the fractures created in the rock formations during the hydraulic fracturing process. Without it, the fractures would close…
100 TPH Frac sand Sieving machines delivery We delivered new industrial sieving equipment to one of the biggest fracturing sand manufacturers in August 2023, eight sets of 2G2036-4D gyratory sifters. They can process 100 tons of frac sand raw materials in one hour. Customer gets 40-70 mesh, 70-140 mesh ultra-fine fracturing sand which will be…
