A degasser is a device used in the upstream oil industry to remove dissolved and entrained gases from a liquid. In drilling it is used to remove gasses from drilling fluid which could otherwise form bubbles. [1][2] In a produced water treatment plant it is part of the process to clean produced water prior to disposal.

Mar 28, 2019 · A degasser is equipment used to remove entrained gas in drilling fluid so it prevent or minimize reduction of hydrostatic pressure due to gas cut mud. When drilling mud passing over the shale shakers while drilling, gas will normally be released.

Degassing, also known as degasification, is the removal of dissolved gases from liquids, especially water or aqueous solutions. There are numerous methods for removing gases from liquids. Gases are removed for various reasons.

Our silicone membrane contactors, degassers (degassing filters), and deareators can be used effectively for continuous, flow-through vacuum degassing of liquids including high purity water, aerated water, low surface tension liquids, and many solvents.

Degassers are used to remove small amounts of entrained gas, such as methane, hydrogen sulfide, and carbon dioxide, from drilling muds — as well as wastewater and other process fluids. Degassers primarily function by one of two basic operating principles: negative pressure (vacuum) and atmospheric degassing.

These degassers reduce the threat of dangerous and costly blowouts caused by recirculating gas-cut mud. Use a high-speed centrifugal-force system that is more powerful than conventional …

Efficient degassing requires high-quality components. The DEGASi ® family of degassers are based on patented, cutting-edge vacuum pump and regulation technology, combined with highly efficient Systec™ AF gas-permeable membranes. Watch the video below to learn how inline vacuum degassing can help you to secure your analysis.

A degasser is a device specifically designed to remove dissolved gases from circulated fluids. These fluids can be drilling muds, completion fluids, or even produced oil and gas themselves.

Degassers are designed to remove virtually all entrained gases from drilling mud, including H2 S and corrosive oxygen. Degassers tend to be of two types: vacuum and centrifugal. Vacuum degassers are more efficient degassers, but have lower throughput capability (see Figure 11-9).

Degasser is an essential part of any Demineralization Plant (DM), where it removes dissolved carbon dioxide (CO2) in order to reduce the load on anion exchanger that further maximizes …