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Description: SuperPhobic® Contactors utilize a polyolefin membrane that is appropriate for degassing low surface tension fluids such as ink jet printing inks, developers, emulsions, and photographic coating solutions for papers, films and printing plates. Additionally, they are used to degas
- Geometry: Hollow Fiber
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Description: SuperPhobic® Contactors utilize a polyolefin membrane that is appropriate for degassing low surface tension fluids such as ink jet printing inks, developers, emulsions, and photographic coating solutions for papers, films and printing plates. Additionally, they are used to degas
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Description: SuperPhobic® Contactors utilize a polyolefin membrane that is appropriate for degassing low surface tension fluids such as ink jet printing inks, developers, emulsions, and photographic coating solutions for papers, films and printing plates. Additionally, they are used to degas
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Description: SuperPhobic® Contactors utilize a polyolefin membrane that is appropriate for degassing low surface tension fluids such as ink jet printing inks, developers, emulsions, and photographic coating solutions for papers, films and printing plates. Additionally, they are used to degas
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Supplier: IDEX Health & Science
Description: NS600 High Volume Degassing Chamber is Non-porous silicon membrane tubing makes the NS600 degas module the most robust, high-flow, low-pressure drop degasser on the market.
- Degasser Type: Flow Degasser
- Maximum Flow Rate per Channel: 1000 cc/min
- Number of Channels: 1
- Vacuum Rating: 751 mm Hg
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Supplier: IDEX Health & Science
Description: Our OEM Mini Lite Degassing system offers the smallest form factor of any degassing system available. The single stage pump offers long life while reducing overall size. A more efficient Systec AF membrane has decreased internal volume while maintaining degassing
- Degasser Type: Flow Degasser
- Maximum Flow Rate per Channel: 10 cc/min
- Number of Channels: 1
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Supplier: IDEX Health & Science
Description: Our OEM Mini Lite degassing system offers the smallest form factor of any degassing system available. The single stage pump offers long life while reducing overall size. A more efficient Systec AF membrane has decreased internal volume while maintaining degassing
- Degasser Type: Flow Degasser
- Maximum Flow Rate per Channel: 10 cc/min
- Number of Channels: 4
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Supplier: IDEX Health & Science
Description: Our OEM Mini Lite degassing system offers the smallest form factor of any degassing system available. The single stage pump offers long life while reducing overall size. A more efficient Systec AF membrane has decreased internal volume while maintaining degassing
- Degasser Type: Flow Degasser
- Maximum Flow Rate per Channel: 10 cc/min
- Number of Channels: 3
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Supplier: diaago
Description: PTFE (Polytetrafluoroethy lene) Hydrophobic membrane has great temperature resistance Degassing/clarifying aqueous samples Strong acid solvent filtration Alkali solvent filtration
- Configuration: Filter Element & Housing Assembly
- Filter Medium Material: Polytetrafluoroethelene (PTFE)
- Filter Shape: Disc (Circular)
- Filter Type: Syringe Filter
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Supplier: diaago
Description: PTFE (Polytetrafluoroethy lene) Hydrophobic membrane has great temperature resistance Degassing/clarifying aqueous samples Strong acid solvent filtration Alkali solvent filtration
- Configuration: Filter Element & Housing Assembly
- Filter Medium Material: Polytetrafluoroethelene (PTFE)
- Filter Shape: Disc (Circular)
- Filter Type: Syringe Filter
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Supplier: diaago
Description: PTFE (Polytetrafluoroethy lene) Hydrophobic membrane has great temperature resistance Degassing/clarifying aqueous samples Strong acid solvent filtration Alkali solvent filtration
- Configuration: Filter Element & Housing Assembly
- Filter Medium Material: Polytetrafluoroethelene (PTFE)
- Filter Shape: Disc (Circular)
- Filter Type: Syringe Filter
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Supplier: diaago
Description: PTFE (Polytetrafluoroethy lene) Hydrophobic membrane has great temperature resistance Degassing/clarifying aqueous samples Strong acid solvent filtration Alkali solvent filtration
- Configuration: Filter Element & Housing Assembly
- Filter Medium Material: Polytetrafluoroethelene (PTFE)
- Filter Shape: Disc (Circular)
- Filter Type: Syringe Filter
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Supplier: Cole-Parmer
Description: • High-frequency 40 kHz sound waves provide greater cleaning power and increased reliability • Sweep frequency provides uniform cleaning by creating overlapping sound waves • Can also be used for cell separation, sample preparation and degassing of liquids
- Internal Depth / Height: 6 inch
- Internal Length: 19.5 inch
- Internal Width: 11 inch
- Wash Tank Capacity: 5.5 gallons
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Supplier: Cole-Parmer
Description: • High-frequency 40 kHz sound waves provide greater cleaning power and increased reliability • Sweep frequency provides uniform cleaning by creating overlapping sound waves • Can also be used for cell separation, sample preparation and degassing of liquids
- Internal Depth / Height: 4 inch
- Internal Length: 6 inch
- Internal Width: 5.5 inch
- Wash Tank Capacity: 0.5000 gallons
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Supplier: Cole-Parmer
Description: • High-frequency 40 kHz sound waves provide greater cleaning power and increased reliability • Sweep frequency provides uniform cleaning by creating overlapping sound waves • Can also be used for cell separation, sample preparation and degassing of liquids These
- Internal Depth / Height: 4 inch
- Internal Length: 6 inch
- Internal Width: 5.5 inch
- Wash Tank Capacity: 0.5000 gallons
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Supplier: Cole-Parmer
Description: • High-frequency 40 kHz sound waves provide greater cleaning power and increased reliability • Sweep frequency provides uniform cleaning by creating overlapping sound waves • Can also be used for cell separation, sample preparation and degassing of liquids
- Internal Depth / Height: 6 inch
- Internal Length: 11.5 inch
- Internal Width: 6 inch
- Wash Tank Capacity: 1.5 gallons
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Membrane Degassing and Debubbling of High Viscous Fluids with Liqui-Cel (R) and SuperPhobic (R) Membrane Contactors (.pdf)
Increased gas content often leads to problems with bubble formation in highly viscous fluids. Membrane Contactors can provide an in-line and simple solution for improving processes by removing the bubbles from viscous liquids before they create a problem in a process operation. Membrane Contactors
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Advanced Membrane Degassing Technology for Radiation Source Term Reduction and Corrosion Control in Nuclear Power Plants
Dissolved gas control in a nuclear power plant's water system, including the primary make-up water storage tank and refueling water storage tank, can be essential to reduce radiation source term (defined as a release of radioactive material).
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Nanofiltration and Membrane Degassing Successfully Reduce Water Hardness and Excess CO2 from Drinking Water
Municipal water services continually utilize improved technologies so that they can offer their customers higher water quality. Water can be improved by partially softening the water, which results in lower detergent consumption and lower scaling on kitchen utensils and water fittings.
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3M TM Liqui-Cel TM Membrane Degassing Modules Improve Ice Production at the Ice Palace in Moscow
An innovative approach to high quality ice production has been adopted by the new Ice Palace in Moscow. In addition to hosting hockey matches, the arena also hosts many international events such as figure. skating and short track competitions.
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Liqui-Cel (R) Membrane Contactor Technology Being Evaluated for Dissolved Gas Removal from Water in Many Hydrocarbon Processes
of the reasons degassing is necessary in many hydro-carbon recovery and water processes.
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MiniModule (R) Fact Sheet (.pdf)
The MiniModule Membrane Contactors come in two sizes. These two products are basically the same thing; one is just larger and therefore handles more flow. Please refer to the data sheet located on our website for all of the technical data and performance information. For customers that have a water
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Designing Atmospheric-Pressure Plasma Sources for Surface Engineering of Nanomaterials
electrode channels, containing a. high-conductive solution, are isolated from the sample. channel by thin insulating membranes [29, 30]. The geometry. of the fluid electrode channels as well as the sample channel,. which incorporates insulating barriers, creates the electric. field non-uniformities
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A Microfluidic System for Biological Particle Enrichment Using Contactless Dielectrophoresis
process. This variation in the surface can greatly. inhibit the removal of the cured mold from the stamp. Liquid PDMS used for the molding process was composed. of PDMS monomers and a curing agent in a 10:1 ratio. (Sylgrad 184; Dow Corning, Midland, MI). The mixture was. degassed in a vacuum for 15 min
More Information Top
Indicates content that may require registration and/or purchase.
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Preparation and properties of hydrophobic poly(vinylidene fluoride)–SiO 2 mixed matrix membranes for dissolved oxygen removal from water
Progress in membrane modules has provided an attractive alter- native for dissolved gases removal in water.6–8 Membrane degassing is a new type of liquid–gas membrane separation processes that mergers membrane separation and gas removal .
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Deoxygenation performance of polydimethylsiloxane mixed‐matrix membranes for dissolved oxygen removal from water
In membrane degassing , the membrane provides the liquid–gas mass-transfer interface.
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Continuous shipboard sampling system for determination of triple oxygen isotopes and O 2 /Ar ratio by dual‐inlet mass spectrometry
In this system, dissolved air is separated by a hollow fiber membrane degassing module.
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Mansfield Brewery Uses Liqui-Cel® Membrane Contactors to Nitrogenate Beer
TB 62: Liqui-Cel® Membrane Degassing Modules Improve Ice Production at the Ice Palace in Moscow .
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Produced Water Management and Beneficial Use
Johnson and Cramer investigated the feasibility of membrane degassing technology for the recovery of methane from coal seams without dewatering the aquifer.
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Boiler Feed Water Degassing Lowers Operations Costs and Chemical Usage (.pdf)
The operating cost of a membrane degassing system is comprised of electricity and seal water for the vacuum pump.
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Design solutions for water treatment plants constructed on the basis of membrane technologies
… minimal influ ence on the environment while ensuring high quality of demineralized water is obtained through the use of integrated WTPs consisting exclusively from mem brane modules for different purposes: ultra and nano filtration, reverse osmosis, membrane degassing , and electrodeionization, altogether called …
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Membrane gas transfer of methane and carbon dioxide in submerged coal deposits.
Membrane degassing technology may prove to be a viable alternative to current coal bed methane recovery.