Project Case Study: Reliable Solid Particle Protection for Industrial PipelinesProject BackgroundIn recent years, wastewater treatment and reuse projects in Kazakhstan have continued to expand, especially in municipal infrastructure, mining support systems, and industrial process water applications.
Read More
Why Do Many Industrial Systems Still Suffer From Unexpected Pressure Drop and Blockage?
In many industrial piping systems, Y strainers are considered “basic components” — simple, reliable, and easy to install. However, in real-world operation, engineers and maintenance teams often encounter recurring issues that lead to pressure loss, frequent shutdowns, and even downstream equipment damage.
In modern industrial pipeline systems, ensuring the safe, stable, and continuous operation of equipment is a top priority for every engineer. However, whether in petrochemical plants, natural gas transmission and distribution networks, boiler steam systems, or large-scale cooling water circulation networks, the presence of fluid flow inevitably leads to solid contaminants such as particles, impurities, rust, and welding slag.
Read More
Project Case Study: Reliable Solid Particle Protection for Industrial PipelinesProject BackgroundIn recent years, wastewater treatment and reuse projects in Kazakhstan have continued to expand, especially in municipal infrastructure, mining support systems, and industrial process water applications.
Why Do Many Industrial Systems Still Suffer From Unexpected Pressure Drop and Blockage?
In many industrial piping systems, Y strainers are considered “basic components” — simple, reliable, and easy to install. However, in real-world operation, engineers and maintenance teams often encounter recurring issues that lead to pressure loss, frequent shutdowns, and even downstream equipment damage.
In modern industrial pipeline systems, ensuring the safe, stable, and continuous operation of equipment is a top priority for every engineer. However, whether in petrochemical plants, natural gas transmission and distribution networks, boiler steam systems, or large-scale cooling water circulation networks, the presence of fluid flow inevitably leads to solid contaminants such as particles, impurities, rust, and welding slag.
