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Problem
First time visitors often arrive at our website because they are trying to solve a difficult degasification or gasification problem.
Manufacturing processes across many industries have process steps that involve removal of dissolved gases from liquids, or dispersion of gases into liquids. Applications for gassing and degassing process fluids exist in dozens of industries and commercial areas including:
energy & power production & distribution semiconductor & microelectronics food production and packaging pollution control & environmental remediation petroleum hydrocarbon processing sterile humidification and dehumidification
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feedstock and polymer chemical processes fine chemicals pharmaceutical & bioreactors inkjet inks for commercial printing processes micro-gravity analytical
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Solutions
A number of commercially available membrane contactors are available to manage gasification or degasification of aqueous (water) solutions. However, these devices are often inadequate for processing lower surface tension liquids (such as surfactant solutions, solvents, and oils), chemically agressive liquids and liquids with a high surface fouling potential.
To learn more about membrane contactors, click here.
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Degassing Applications
CMS has developed membrane contactors specifically for oil degasification applications. Membrane contactors for dehydration of gear oil and detection of fault gases in transformer di-electric oil are currently available. A wide range of other applications are possible. The highly gas permeable CMS membranes allow the application of either sweep gas or vacuum to remove unwanted gas or water vapors from oils over a large surface area without the problems (bulkiness, foaming, oil loss, channeling, pressure control, etc.) associated with mechanical gas-liquid contactors.
To learn more about CMS Products, click here.
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