Atmospheric

Real-Time Solutions for Monitoring Atmospheric Challenges & Air Quality

Air quality and climate change are two key issues that drive requirements for detection and analysis of atmospheric molecules. With its high precision, great sensitivity and high specificity, Cavity Ring-Down Spectroscopy (CRDS) is one of the best analytical methods available to monitor pollutants and greenhouse gases, without interference from moisture and other atmospheric constituents.  Tiger Optics compact analyzers provide an ideal solution for many atmospheric monitoring challenges when you need high speed-of-response, high precision and outstanding detection sensitivity.

Air Quality Monitoring

Emissions from urban environments; industrial or agricultural operations; and power generation are the main focus to prevent hazardous pollutants to pose a health risk for the population. HCl, NH3, NOx, CO, formaldehyde and many others contribute to environmental concerns, such as acid rain, ground ozone and smog, which cause many adverse health effects in humans. With Tiger’s ultra-sensitive CRDS analyzers, you can monitor many of these hazardous pollutants precisely at low levels to ensure that any excess emissions are detected immediately.

Greenhouse Gas Monitoring

Methane (CH4) and carbon dioxide (CO2) are the most important drivers of climate change. Researchers use sophisticated computer models to predict the influence of these greenhouse gases on climate change. Such models require precise measurements of atmospheric concentrations, as well as quantification of sinks and sources of these gases. Tiger Optics delivers compact, affordable and easy to use solutions for researchers, regulators and industrial customers to monitor CH4 and CO2 with great precision and reliability.

BENZENE FENCELINE MONITORING – Extrel

Explore Extrel for fenceline monitoring.  Extrel is a Process Insights brand.  The MAX300-AIR Environmental Gas Analyzer can measure fugitive benzene at < 0.6 µg/m3 (0.2 ppb).  Recent amendments to 40 CFR 60 and 63 have lowered the actionable level to 9.0 µg/m3 (2.8 ppb), at this concentration Extrel mass spectrometers offer a real-time, fully automated solution with better than 99.9% accuracy.  Air is pulled continuously from the sample points back to the MAX300-AIR for analysis. There is no need for personnel to manually collect samples, or send anything to an offsite lab, and real-time alerts of benzene transients are crucial for easily and accurately identifying the source.   Learn more about our fenceline monitoring solutions from Extrel.

Atmospheric Pressure Ionization Mass Spectrometer (APIMS) – Extrel

Explore Extrel for AMC monitoring.  The Extrel VeraSpec Atmospheric Pressure Ionization Mass Spectrometer (APIMS) is designed for reliable and repeatable low parts-per-trillion detection limits for contamination control in Ultra-High Purity (UHP) gases used in semiconductor and other high-tech industrial applications.  Learn more about Extrel’s real-time, multi-species monitoring for critical impurities including O2, H2O, CH4, CO, CO2, NH3 and more.

OUR SOLUTIONS DELIVER:

  • Improved reliability
  • Lower cost of ownership 
  • Improved product quality
  • Efficiency
  • Meet compliance requirements
  • Backed by global service and support

We are committed to solving our customers’ most complex analytical and process challenges.

SERVICE | SALES | TRAINING

Americas +1 (215) 656-4000
EMEA +49 69 20436910
China/APAC +86 400 086 0106

sales@tigeroptics.com


Our Other CRDS Analyzer Solutions

T-I Max HCl

Next-Generation AMC Monitor

T-I Max HF

Next-Generation AMC Monitor

T-I Max NH3

Next-Generation AMC Monitor

Spark H2O

Trace moisture detection as low as 3 ppb

Spark CH4

Trace-level methane detection

Spark C2H2

Trace-level acetylene detection

Spark+ CO

Trace-level carbon monoxide detection

Spark CO2

Trace-level carbon dioxide detection

Spark H2O in CO2

Trace moisture detection in pure CO2

HALO KA Max H2O

Ultimate part-per-trillion moisture detection

HALO KA Max CH4

Sub-ppb methane detection in bulk gases

HALO KA Max NH3

ppt-level ammonia detection in bulk gases

HALO MAX QCL CO

ppb-level carbon monoxide analyzer

HALO Max QCL CO2

ppb-level carbon dioxide analyzer

HALO KA H2O

Part-per-trillion detection limits for H2O

HALO OK

Trace oxygen detection as low as 50 ppt

HALO 3 H2O

Trace moisture analyzer for ultra-high-purity gases

HALO 3 CO

Part-per-billion carbon monoxide detection

HALO 3 CO2

Part-per-billion carbon dioxide detection

HALO 3 CH4

Trace methane analyzer for high-purity gases

HALO 3 HF

Trace hydrogen fluoride in pressurized gases

HALO 3 HCl

Trace hydrogen chloride

HALO 3 NH3

Trace-level ammonia

HALO 3 D2O/HDO

Trace-level heavy water analyzer

HALO 3 CH2O

Trace-level formaldehyde

HALO H2

ppb-level hydrogen detection

HALO LP H2O

Trace moisture in hydride gases

HALO QRP

Moisture monitoring for low-pressure chambers

HALO RP

Trace H2O and HF for sub-atmospheric pressure

HALO H2O in N2O

Trace moisture analyzer for pure nitrous oxide

Prismatic 3

Multi-species gas analyzer

CO-rekt

Measuring CO, CO2 , CH4 or H2O in NEMA-rated enclosure

T-I Max CEM

Next-Generation CEM analyzer for HCI, HF, NH3 and more

T-I Max AIR CH2O

Trace formaldehyde in ambient air

T-I Max AIR CH4

Methane analyzer for greenhouse gas detection and monitoring

T-I Max AIR CO2

CO2 analyzer for greenhouse gas monitoring

ALOHA+ H2O

3 ppb H2O detection in ultra-pure ammonia

GO-cart

Your Flexible Solution for AMC Monitoring


APPLICATION NOTES

Next-Generation Monitoring of Airborne Molecular Contaminants in Cleanrooms

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