| May 11 2011
Like the late comedian Rodney Dangerfield, laboratory water purification systems get no respect. Lab workers use them every day, but few realize— beyond opening the spigot—how they operate.
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Many labs or their parent organizations maintain dedicated plants to transform municipal water into a product labs can trust for routine jobs. To take water to the next level requires a separate, additional process. Successful water system designs begin with clear, precise definitions of user needs.
AFS® 8D and AFS® 16D
EMD Millipore
www.millipore.com
arium®
Sartorius
www.sartorius.com
PRODUCT FOCUS: High-Purity Laboratory Water Systems Every laboratory requires high-quality water. Many labs or their parent organizations maintain dedicated plants to transform municipal water into a product lab managers can trust for routine
ELGA’s new innovative Type I ultrapure water purification system ensures accurate consistent results. The PURELAB flex 3 & 4 are the latest additions to the award winning PURELAB flex range of systems. Both systems deliver up to 10 liters
Sarah Haviland, lab manager and graduate student in the Department of Regenerative Medicine and Cell Biology at the Medical University of South Carolina, shares her experiences with contributing editor Tanuja Koppal, Ph.D., on choosing and
Designing a new lab water system or retrofitting an existing system requires a thorough understanding and working knowledge of contaminants, purification technologies, industry standards, user requirements, and water distribution options. A
Currently, the most common disinfection process in water and wastewater treatment plants currently uses chlorine gas. A process of ultraviolet (UV) disinfection is being increasingly used in many European countries but in many circumstances,
ELGA’s new innovative Type I ultrapure water purification system ensures accurate consistent results. The PURELAB flex 3 & 4 are the latest additions to the award winning PURELAB flex range of systems. Both systems deliver up to 10 liters
Lab water, purified by any of a number of means, is a vital resource in most laboratories. Purified lab water ranges from Type I, which is suitable for analytical tests requiring minimal interference and maximum precision and accuracy, through Type I
What application are you using the water for? This is the first question you must answer when choosing a water purification system for your lab.
Designing a new lab water system or retrofitting an existing system requires a thorough understanding and working knowledge of contaminants, purification technologies, industry standards, user requirements, and water distribution options. A
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AFS® 8D and AFS® 16D
EMD Millipore
www.millipore.com
arium®
Sartorius
www.sartorius.com
Event Date: May 10 2011
Hear Emily Anna Bridges go over the details of her experiences with the old and the new water purification systems and learn more from a technical expert, Maricar Tarun, PhD, at EMD Millipore about point-of-use systems and their features and uses.
Currently, the most common disinfection process in water and wastewater treatment plants currently uses chlorine gas. A process of ultraviolet (UV) disinfection is being increasingly used in many European countries but in many circumstances,
Abstract: High performance liquid chromatography (HPLC) is a powerful analytical technique used to separate, identify and quantify compounds with a wide range of differing properties.
Abstract: Conventional lab water systems use UV light by flowing water in a chamber around the bulb in a protective quartz sleeve as part of the recirculation loop.
Problem: Laboratories everywhere rely on water purification systems to produce the pure water they need for their daily procedures and experiments. Such systems, including those from EMD Millipore, use a combination of several purification technologi
Water purification systems are required for a variety of applications, all of which require different degrees of purity. With a wide range of pure water systems available, it can be difficult to know which one will provide the best results for your
Problem: Slow production of laboratory-grade ultra pure water necessitates storage in large carboys. Many lab technicians will fill carboys up to 30 liters to locally store and dispense ultra pure water. High purity water stored in such large volumes
ELGA’s new innovative Type I ultrapure water purification system ensures accurate consistent results. The PURELAB flex 3 & 4 are the latest additions to the award winning PURELAB flex range of systems. Both systems deliver up to 10 liters
ELGA’s new innovative Type I ultrapure water purification system ensures accurate consistent results. The PURELAB flex 3 & 4 are the latest additions to the award winning PURELAB flex range of systems. Both systems deliver up to 10 liters
In today’s challenging economy where laboratories are being asked to “do more with less,” lab personnel are looking for ways to improve productivity. One often overlooked place to start is the water purification system found in almo
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