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Tag: Semiconductor

What is a Room Oxygen Deficiency Monitor?

  • By : PureAire Monitoring Systems
  • Posted on : March 24, 2020

Many industries use compressed gas to create products. While compressed gases such as nitrogen are low-cost, easy to use, and flexible in a range of industries, these gases have a hidden downside: They displace oxygen from the air, which puts your workers at risk of suffocation if there’s a leak. A room oxygen monitor checks […]

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Nitrogen Demand Increases for Semiconductor: How Safe Are You?

  • By : PureAire Monitoring Systems
  • Posted on : November 22, 2016

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 include nitrogen and argon. When used safely, both nitrogen and argon play a number of important roles within the semiconductor plant. Yet, these gases poses […]

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System Helps Control Odors from Municipal Waste Treatment Facilities

  • By : PureAire Monitoring Systems
  • Posted on : July 14, 2012

Highly effective, field-proven system for helping control hydrogen sulfide (H2S) emissions from municipal waster water treatment plants is now available from PureAire Monitoring Systems. Designed for use in 100% condensing RH environments, the PureAire Chlorine Monitor responds almost instantaneously to changes in chlorine concentration, making it ideal for controlling the addition of H2S oxidizers such […]

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Gas Monitor Detects Fluorine Odors in Scrubbers, Exhaust Stacks, and Work Areas

  • By : PureAire Monitoring Systems
  • Posted on : July 14, 2012

An extremely sensitive monitoring system for the detection and measurement of fluorine (F2) is available from PureAire Monitoring Systems. Ideal for monitoring scrubbers, exhaust stacks, process areas, and other locations where fluorine may be present, the PureAire Fluorine Monitoring System measures concentrations as low as 50 PPB, yet will not react to hydrogen or alcohol-based […]

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Chlorine Monitoring System Operates in 100% Condensing RH Environments

  • By : PureAire Monitoring Systems
  • Posted on : July 14, 2012

A sensitive and specific monitoring system for the detection and measurement of chlorine (Cl2) is now available from PureAire Monitoring Systems. Designed to respond quickly to chlorine gas even in 100% condensing RH environments, the PureAire Chlorine Monitor is ideal for outdoor and indoor applications as well as installation in wet scrubber systems and other […]

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Fenceline Monitor Detects Hydrogen Fluoride Releases

  • By : PureAire Monitoring Systems
  • Posted on : July 14, 2012

A sensitive and specific fenceline monitoring system for the detection and measurement of hydrogen fluoride (HF) is now available from PureAire Monitoring Systems. Designed to respond quickly and accurately to hydrogen fluoride leaks, the PureAire HF Monitor is ideal for perimeter monitoring and other outdoor applications where wide variations environmental conditions is common. The system […]

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Explosion-Proof Monitor for Combustible Gases

  • By : PureAire Monitoring Systems
  • Posted on : July 14, 2012

An explosion-proof gas detector monitoring system for the detection and measurement of LEL gas monitor, Methane, (CH4) hydrogen (H2), and other combustible gases is available from PureAire Monitoring Systems. Designed specifically for use in Class I, Division 1, Group B, C, and D hazardous areas, the PureAire Air Check Ex gas detection is ideal for […]

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Continuous Oxygen Monitor Detects Leaks in Nitrogen Dewar Storage

  • By : PureAire Monitoring Systems
  • Posted on : July 14, 2012

Extremely low maintenance oxygen (O2) monitor designed to continuously monitor confined spaces for low oxygen levels available from PureAire Oxygen Monitors. PureAire Oxygen Monitor is suitable in all environments containing nitrogen, helium, argon, or any cryogenic gases. PureAire is unaffected by temperature, humidity, barometric pressure, or any environmental changes. The instrument displays oxygen concentrations on […]

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