Top posts
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Why Gas Distributors Play a Crucial Role in Most Everyday Businesses?
Inert gases power a wide range of industries, including pharmaceutical, automotive, manufacturing, and semiconductor. While argon, helium, nitrogen, and cryogenic gases have benefits and uses, there are also risks with other gases such as halogens, refrigerants,...
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Auotclaves and Nitrogen. Why an Oxygen Monitor may be Required for Safety
pureaire autoclave o2 monitor In many industries, including aerospace, autoclaves play an important role in the manufacturing process. Key components of aerospace systems need to be put under an intense pressure and temperature during their formation;...
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PureAire Introduces New Dual Oxygen/Carbon Dioxide Monitor
PureAire Monitoring Systems is excited to introduce its new Dual Oxygen/Carbon Dioxide Monitor, an important addition to our full line of Oxygen Deficiency Monitors, Carbon Dioxide Monitors, and Combustible/Toxic Gas Detectors. Our new Monitor is designed...
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Oxygen Monitors now Required for Nitrogen, Argon, Helium, and CO2 use in Denver
The Colorado city of Denver recently passed a new law that requires facilities that use insert gas to install oxygen deficiency monitors wherever these gases are used in excess of 100 pounds. Learn what the new law requires from businesses and how an...
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The Path to Safety for Pharmaceutical and Laboratories: Why O2 Deficiency Monitors May be Required?
To safeguard against gas leaks in pharmaceutical industries and laboratories, businesses are turning to oxygen deficiency monitors. Learn when, where, and why an oxygen monitor or O2 monitor may be required. Oxygen Monitors in Medical and Pharmaceutical...
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Carbon Dioxide Safety – Why It’s Important to Monitor Carbon Dioxide
What is Carbon Dioxide? Carbon dioxide is the fourth most abundant gas in the earth's atmosphere after nitrogen, oxygen, and argon. At room temperature, carbon dioxide (CO2) is a colorless, odorless, non-flammable gas, but at different temperatures and...
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Liquid Nitrogen Dosing – Supporting Non-Carbonated Beverage Packaging, One Bottle At A Time
To create that perfect glass of wine, refreshing sip of water, or other non-carbonated drinks of choice, beverage producers often turn to liquid nitrogen (LN2).Liquid nitrogen fills an important role in the bottling and canning of non-carbonated beverages....
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PureAire Introduces New 0-10ppm Trace Oxygen Analyzer, with Low ppb Accuracy
PureAire Monitoring Systems is excited to add its 0-10 parts per million(ppm) Trace Oxygen Analyzer to our full line of Oxygen Deficiency Monitors, Carbon Dioxide Monitors, and Combustible/Toxic Gas Detectors. The new Analyzer measures trace levels of...
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PureAire Introduces New 0-100 ppm Trace Oxygen Analyzer
PureAire Monitoring Systems is excited to add its 0-100 parts per million(ppm) Trace Oxygen Analyzer to our full line of Oxygen Deficiency Monitors, Carbon Dioxide Monitors, and Combustible/Toxic Gas Detectors. The new Analyzer measures trace levels of...
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Introducing PureAire Monitoring Systems latest product - the PureAire CloudConnect module
PureAire Monitoring Systems is excited to announce the launch of our latest offering—the PureAire CloudConnect module, provides for internet connectivity (with Cloud storage capabilities) for our full line of Oxygen and Carbon Dioxide Monitors, as well...
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PureAire Oxygen Analyzers & Oxygen Monitors for Nitrogen Generators
Nitrogen has many uses in industrial applications where oxidation would be undesirable. From carbonizing beer to preserving food, reducing fire danger, and cleaning equipment, nitrogen is a safe, inexpensive gas. For companies that need a steady supply...
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PureAire Oxygen Analyzer for 3D Printers: How Argon is used and Why O2 Detection is Required
Thanks to new technologies, the 3D printers that have been used to create plastic three-dimensional objects can now print metal. Titanium 3D printing is possible thanks to a technique called DMLS, or Direct Metal Laser Sintering. While the potential to...
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Crispr and the Editing of Genes: To Help Revolutionize Biomedical Science
Scientists from MIT and Harvard University are placing their faith in a gene editing tool that may revolutionize the treatment of deadly diseases. CRISPR, which stands for Clustered Regularly Interspaced Short Palindromic Repeats, has the potential to...
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Nitrogen Demand Increases for Semiconductors: How Safe Are You?
As users demand ever-smaller smartphones and better televisions, semiconductor manufacturing plants are tasked with developing new products faster and using new materials. Key to the continued success of the semiconductor industry are inert gases, which...
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Olympic Training: Use of Cryotherapy and Hypoxic High Altitude Training
Olympic athletes have been known to try some pretty strange things to enhance their performance. Major Olympic swimming star Michael Phelps has been relying on a special device for the last year, a high-altitude sleep chamber that retails for $15,000....
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Why a CO2 Monitor May be Needed? Where Carbon Dioxide leaks Occur
Do you work with carbon dioxide (or CO2) in your industry? If so, then you may need a carbon dioxide monitor to check for gas leaks that could pose a hazard to your workplace safety. Learn common scenarios where carbon dioxide can leak and see how a CO2...
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Titanium Demand on Rise for Additive Manufacturing Printing: How it’s Made? Titanium Plasma Atomization.
Plasma atomization is used in many applications, including 3D printing. First developed in 1998, this technique has risen to become the industry standard process for creating reactive metal powders suitable for 3D printing. Learn how plasma atomization...
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Additive Manufacturing 3D Printing: The Growth Progress and Need for Safety Monitors
3D printing is officially skyrocketing, with industrial applications in medical, biotech, aerospace, defense, and consumer electronics industries growing daily. At the heart of this acceleration is the additive manufacturing or AM process, which allows...
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Nitrogen Generators: Where are they Installed and How to Stay Safe?
Used in a range of industries, nitrogen generators ensure a steady supply of 99.5% pure, commercially sterile nitrogen from a compressed air storage tank. From an industrial standpoint, nitrogen generators are seen as preferable to cylinders of nitrogen...
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Air Separation Plants and the Use of Oxygen Monitors
Air separation plants are critical for many different industries, from clean energy to manufacturing. Nowadays, cryogenic is the most common type of distillation used to separate air into its component gases - nitrogen, oxygen, and inert gases including...
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Paint Booths, or Areas Using Combustible Gases: Why a Requirement for Combustible Gas Monitor Might be Necessary
Paint booths save time and ensure a smooth and professional application of paint in a range of industries, including automotive, aerospace, home decor, furniture, and more. Combustible gases and fluids in the paint booth environment can pose a health...
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Neon Gas and Where it is Used. PureAire Oxygen Deficiency Monitors for Safety and Why a Monitor May be Required?
Neon gas has a range of uses in industry, including in the popular business signs advertising stores as open. Explore some of the less well-known ways to use neon and learn how use of the gas may require installation of an oxygen deficiency monitor to...
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Storing Liquid Nitrogen in Laboratories: Which Safety Precautions and Sensors Will Protect your Employees?
Liquid nitrogen is frequently used in scientific research, chemistry classes, and even culinary arts nowadays. The substance is safe when properly stored, and as long as everyone follows safety protocols while handling the liquid nitrogen. As part of...
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Nitrogen Refrigerated Trucks a New Trend? An Alternative to Diesel Powered Refrigeration
Thanks to technological innovations, the food distribution industry has a greener way to protect refrigerated food during transit: Nitrogen refrigeration. The existing system relies on diesel-powdered mechanical refrigeration units. Although these units...
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Oxygen Monitor for Foup’s in Semiconductors and Cleanrooms
Over time, the contamination control requirements in the semiconductor industry have become more stringent. Employees now must spend more time adhering to cleaning protocols to preserve the sanitary nature of the environment and comply with regulations....
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