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Flexible lab water systems designed for your application
There are many models and configurations to choose from. We’ve made it easy to find the right system for your needs by selecting from the five categories below which will launch an interactive selection guide.
Which water purification system is right for you?
Meet your most critical and everyday application needs, from electrodeionization to reverse osmosis and distillation with Thermo Scientific Barnstead Water Purification Systems. Depending on your requirements, we have systems that will produce Type 2 water and Reverse Osmosis water for general lab purpose, Type 1 water for analytical and life science applications, or a combination of water type capabilities. Browse the systems below by water type that best meets your requirements and view our model selector tool for more detailed model information.
Depending on configuration, your system may require certain accessories and optional components. Be sure to note these accessories when requesting your quote (required and optional accessories are listed with each system in the selector guide).
Barnstead Water Purification Systems overview
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Typical applications and interest areas |
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Analytical HPLC Gas chromatography Ion chromatography ICP spectroscopy Mass spectroscopy Atomic absorption Total organic carbon Life sciences Genomics Proteomics Immunology Pharmacology Cell and tissue culture Drug discovery Molecular biology Microbiology |
General lab purpose Autoclave Humidification Glassware wash/rinse General lab equipment Feed water to type 1 water systems Media prep Buffer prep Chemical and biochemical reagent prep |
General lab purpose Autoclave Humidification Glassware wash/rinse General lab equipment (water baths, incubators, etc) |
Life sciences Microbiology Cell and tissue culture General lab purpose Autoclave Humidification Glassware wash/rinse General lab equipment Feed Water to Type 1 Water Systems |
General lab purpose Autoclave Humidification Glassware wash/rinse General lab equipment (water baths, incubators, etc) |
Description |
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Type 1 ultrapure water is the highest water purity and can be made pyrogen-, nuclease-, bacteria- and particulate-free. |
Type 2 water is produced through reverse osmosis, deionization and distillation processes. It provides a superb source of feedwater for Type 1 Water systems. |
Reverse osmosis is commonly used to supply purified water for water baths, dishwashers, autoclaves and feedwater to obtain pure and ultrapure water. |
A lab water distillation system is one of the broadest removal capabilities of any single form of water purification. No consumables needed. |
Cartridge systems are crucial components to any pure water system and are easy to operate and maintain. |
Flow rates |
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Up to 1L/min to 2L/min |
Up to 0.6L/min to 40L/hr Model dependent |
Up to 7L/hr to 40L/hr Model dependent |
Up to 1L/hr to 6L/hr Model dependent |
Up to 0.63L/min to 4L/min |
Capacity |
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Storage capacity from 15L/day to 200L/day Model dependent |
Storage capacity from 30L to 100L Model dependent |
Storage capacity from 30L to 100L Model dependent |
Storage capacity from 6L to 45L Model dependent |
Storage capacity from 1 to 30 L/day depending on feed water |
Feedwater |
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Pretreated or tap |
Tap |
Tap |
Tap Pretreated options for Megapure |
Pretreated or tap |
Monitoring |
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Resistivity/co https nductivity Total Organic Carbon |
RO permeate and system resistivity/conductivity |
Feedwater and RO conductivity |
Resistivity/conductivity |
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Models |
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GenPure Smart2Pure |
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