PRODUCT INFORMATION
- Liqui-Cel® Gas Transfer
- SuperPhobic® Degassing
- MiniModule® Degassing
- MicroModule® Debubbler
- Data Sheets
- Product Tour
- Applications
- O2 Removal From Water
- CO2 Removal From Water
- Carbonation
- Corrosion Control
- Debubbling
- Nitrogenation
- Other Gas Transfer
- Industries
- Beverage
- Coating & Plating
- Ink Jet / Digital Printing
- Laboratory / Analytical
- Megasonic/Ultrasonic
- Microelectronics/
Flat Panel - Pharmaceutical
- Power / Boiler Feed Water
- Process Industries/
General - Technical Resources
- Operating Information
- Mechanical Drawings
- System P&ID's
- Technical Briefs
- Case Studies
- Papers
- FAQS
Debubbling
Technical Briefs
TB 69: Increase Ink Jet Print Speeds by 15% with SuperPhobic® Membrane Contactors
This technical brief shows how SuperPhobic Membrane Contactors to improve ink jet printer speeds, reduce downtime and improve yields.
TB 52: Bubble Removal from Inks
Ink Deaeration using SuperPhobic® degassing contactors.
TB 25: Bubble Removal From Aqueous Streams Using SuperPhobic® Membrane Contactors
Debubble aqueous solutions with SuperPhobic® degassing contactors.
TB 24: Bubble Removal from Photoresist using SuperPhobic® Contactors
Debubble Photoresist and other fluids with SuperPhobic® Membrane Degasifiers.
TB 20: Comparison of Extra-Flow to MiniModule® Design
A comparison of MiniModule® debubblers and Extra-Flow degassers.
TB 40: MiniModule® Fact Sheet
Questions are answered about MiniModule® degasifiers used to debubble liquids in laboratory systems.
More Info
Need to select the right product for your application? Read our Technical Specs for the entire Liqui-Cel® Membrane Contactor product line.
Overview Brochure
Data Sheets
Review Our Installation List
System Sizing & Cost Estimate
Small, in-line, efficient bubble removal with membranes
Bubbles can cause process problems in many analytical systems and process water systems if not removed. MiniModules®, MicroModules®, and Liqui-Cel® Membrane Contactors offer a compact in-line means to remove bubbles from many liquids.
Systems that introduce changes in pressures throughout the process will have issues with foaming or excess bubbles coming out of solution if dissolved gasses are not removed first. Degassing Modules offer an easy in-line means to debubble.
In analytical and measurement systems, bubbles can negatively impact the readings of the equipment. Bubbles can be read as particles, for example, in particle monitors. Again degas modules can remove all of the bubbles in one simple step.
Bubbles are also known to negatively impact cleaning processes with megasonic and ultrasonic equipment. In megasonic cleaning baths, bubbles can reduce the cleaning efficiency by refracting or absorbing the ultrasonic energy. At the same time retaining a certain amount of some gasses, typically nitrogen or hydrogen, in the bath is beneficial. Liqui-Cel Membrane Contactors can provide total gas control in these applications to enhance the cleaning efficiency.
Bubbles can also be formed in water if excess nitrogen has been absorbed from a nitrogen blanketed storage tank. Once the water leaving the tank is pressurized, the nitrogen will come out of solution in the form of bubbles. The bubble and foaming problems may be solved by simply removing the nitrogen from the water as it exits the tank with Liqui-Cel degassing modules.
Membrane Contactors are available in several sizes to meet the needs of many industries. MiniModules® and MicroModules® are the ideal choice for small scale system debubbling needs. Membrana is the leader in membrane and membrane module development. We manufacture the membrane and membrane contactor and have degassing modules ready to ship from inventory to meet all of your debubbling and degassing needs.
