Recent Entries

  • Choosing the Right Gas Booster Pump for High-Pressure Applicati

    A gas booster pump is an essential device for increasing gas pressure in industrial and laboratory applications. Whether you need it for high-pressure testing, gas filling, or pneumatic systems, knowing how to use it correctly and choosing the right one is key to efficiency, safety, and reliability....
  • Choosing the Right Gas Booster Pump: Key Considerations

    A gas booster pump is a specialized device used to increase the pressure of gases for various industrial applications, including testing, gas filling, pneumatic systems, and laboratory processes. Choosing the right gas booster pump is essential for safety, efficiency, and long-term performance. Und...
  • How Hydrostatic Test Pumps Ensure System Safety and Integrity

    A hydrostatic test pump is a specialized tool used to verify the strength and integrity of pressure systems such as pipelines, boilers, pressure vessels, and plumbing networks. By pumping water into a closed system and raising it to a designated pressure, these pumps help detect leaks and weaknesses...
  • Chemical Injection Pumps: Functions and Key Applications

    In many industrial processes, maintaining system integrity and efficiency requires the precise addition of chemicals. This is where chemical injection pumps come into play. These pumps are designed to deliver controlled amounts of chemicals into a process stream, ensuring safety, performance, and co...
  • How to Perform a Pressure Test with Hydrostatic Pump

    A hydrostatic test pump is an essential tool used in industries such as plumbing, oil & gas, and construction to check the integrity of pipelines, pressure vessels, boilers, and other systems. It works by pumping water into the system at a defined pressure to verify whether there are leaks or we...
  • How Multiphase Pumps Improve Oil and Gas Transportation

    In the oil and gas sector, fluid transportation is often complex due to the mixture of crude oil, natural gas, and produced water flowing from the well. Traditionally, operators separated these phases before transport, which required additional facilities and costs. Today, the multiphase pump provid...
  • Why Multiphase Pumping Systems Are Essential for Modern Oilfiel

    In the oil and gas industry, transporting well fluids efficiently is a major challenge, especially when the mixture consists of oil, gas, and water. Traditionally, operators separated these phases at the well site before transporting them. However, the introduction of the Multiphase Pumping System (...
  • Choosing Between Hydrostatic and Gas Pressure Testing Methods

    Pressure testing is a critical step in verifying the strength, durability, and leak-resistance of pipelines, vessels, and pressure systems. Two of the most common testing methods in industries like oil & gas, water treatment, and manufacturing are hydrostatic testing and gas pressure testin...
  • Friction Loss Estimation and Wellhead Pressure Control in Oilfi

    Hydraulic fracturing (fracking) is a vital technique in modern oil and gas production. Accurate friction loss calculation and wellhead pressure prediction are essential for safe and efficient fracturing operations. These two factors directly influence pump requirements, proppant transport, fracture ...
  • A Quick Guide to Wellhead Pressure Control Equipment

    In oil and gas exploration, the wellhead pressure control system plays a critical role in maintaining operational safety and well integrity. It regulates and contains pressure at the surface of the well, preventing blowouts, equipment failure, and environmental hazards. What Is a Wellhead Pressure ...
  • Hydrogen Transport: Which Pipeline Materials Work Best?

    As hydrogen becomes a cornerstone of the global clean energy transition, the infrastructure needed to transport it safely and efficiently is gaining attention. One of the critical components of this infrastructure is the hydrogen pipeline — and selecting the right hydrogen pipeline material is...
  • What Is a Gas Booster? Function, Uses, and Operation

    A gas booster is a specialized device designed to increase the pressure of a gas—such as nitrogen, hydrogen, oxygen, helium, or air—beyond its original supply pressure. These boosters are commonly used in industrial applications where high-pressure gas is required for testing, charg...