Новини

Mud tank agitator oil rig is crucial for maintaining the uniformity of drilling fluid in surface tanks. They typically consist of several key components: a drive motor, gearbox, output shaft, and impeller. The primary goals of an effective agitator system are to ensure uniform solids suspension, proper shear application, and economical power usage. Motor Specifications […]

Hello everyone! Today I’d like to introduce you to the giant device behind me—a mud gas separator drilling. It’s primarily used to remove bubbles larger than 3mm in diameter, preventing blowouts, well kicks, and other major accidents. The mud gas separator drilling you see here is the HYQ1400, one of our company’s largest models. Its

In the liquid handling industry, poor boy degasser and vacuum degassers are two common devices that play a key role in removing gases from fluids and improving their purity. While their goals are similar, their operating principles and application scenarios differ significantly. 1. Operating Principle: Poor boy degassers: Poor boy degassers are primarily used to

vacuum degasser manufacturers! A vacuum degasser is the second-stage purification equipment in the drilling fluid system. It removes intrusive gases, primarily small bubbles trapped within a liquid film. It efficiently separates harmful intrusive gases such as hydrogen sulfide, carbon monoxide, and methane from the drilling fluid. Breaking up bubbles facilitates separation and provides thorough mixing

A drilling mud degassing is a secondary purification device in drilling fluid systems, removing intrusive gases, primarily small bubbles encapsulated by a liquid film. A drilling mud degassing primarily consists of a suction pipe, vacuum tank, main motor, separation rotor assembly, vacuum pump, and gas-water separator. Advantages of this vacuum degasser: 1. No slurry pump

The operating principle of a desander primarily involves the cyclonic effect and centrifugal force, which work together to achieve solid-liquid separation. The following describes the working principle of a desander and some methods for ensuring effective desander removal: 1. Working Principle: a. When drilling fluid enters a cyclone, it spins. Centrifugal force pushes solid particles