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Air quality monitoring solutions

Air quality monitoring solutions
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Air quality monitoring solutions

Product catalog summary
Overview
This document provides a comprehensive overview of air quality monitoring solutions, with a focus on ultrafine particles (UFPs) and the instruments designed to measure and analyze air quality. It emphasizes the importance of monitoring UFPs due to their prevalence in urban environments and potential health impacts.
Key Instruments and Features
  • UFPM 3031 and FMPS 3091: Offer real-time data on particle size and concentration, with easy installation and minimal maintenance.
  • SMPS 3034: Provides high-resolution particle sizing, ideal for continuous environmental monitoring.
  • DRX 8533: Measures multiple PM size fractions simultaneously, offering fast and comprehensive data.
  • APS 3321: Known for its precision in measuring larger particles, independent of refractive index.
  • EPC 3783: Focuses on UFPs, providing real-time concentration data to supplement traditional mass-based methods.
Ultrafine Particles (UFPs)
  • Defined by the US EPA as particles smaller than 100 nm, UFPs are abundant in urban air but have negligible mass.
  • Commonly sourced from vehicle exhaust, UFPs are significant due to their potential health impacts and contribution to air quality issues like haze and smog.
  • Traditional mass-based measurements do not effectively capture UFPs, necessitating count-based metrics for accurate monitoring.
Health and Environmental Implications
  • UFP exposure is linked to potential health risks, including heart and lung diseases, and may affect visibility due to their hygroscopic nature.
  • Monitoring UFPs is crucial for understanding their impact on air quality and public health.
Technological Advancements
  • Instruments like the EPC™ monitor and Model 3031 are designed for unattended, long-term monitoring, offering flexibility and ease of use.
  • Advanced features include automated data analysis, flexible sampling intervals, and integration with existing monitoring systems.
Conclusion
The document underscores the importance of advanced air quality monitoring technologies in addressing the challenges posed by ultrafine particles. These instruments provide critical data for researchers and policymakers to improve air quality and public health outcomes.
Specifications and Features
  • Standard PM10 inlet and sharp cut PM1 cyclone for effective particle sampling.
  • Low-maintenance drying system using a Nafion dryer to reduce humidity effects.
  • Flexible setup options with minimal particle losses.
Software Capabilities
  • Specialized software for instrument control, diagnostics, data acquisition, management, and analysis.
  • Data can be weighted by number concentration, diameter, surface area, volume, and mass.
  • Features include 2D and 3D graphing, automated statistical analysis, flexible export functions, real-time data display, and advanced post-processing options.
Service and Warranty
TSI offers service agreements and extended warranties to ensure instruments are properly calibrated and maintain peak performance. The TSI QualityGuard™ Service Agreement is recommended for protecting data accuracy.
Data Summary
The document includes a table summarizing particle size measurements, including median, mean, geometric mean, mode, geometric standard deviation, and total concentration across different metrics.
Contact Information
For more information or to discuss applications, contact TSI through their website or via phone numbers provided for various regions including the USA, UK, France, Germany, India, China, and Singapore.
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Catalog excerpts

Air quality monitoring solutions-1

COUNTING THE WAY TO CLEANER AIR AIR QUALITY MONITORING SOLUTIONS UNDERSTANDING, ACCELERATED

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Air quality monitoring solutions-2

AEROSOL SCIENCE MEETS AIR QUALITY MONITORING Practical Tools + asy to install and operate E + lexible and convenient data acquisition F + ong-term problem-free operation L + inimal maintenance M + ow cost of ownership L Sophisticated Data + eal-time, simultaneous size segregated mass R (PM1, PM2.5, PM10, Respirable, Total PM) + eal-time fine and ultrafine particle number (PN) concentration R + eal-time fine and ultrafine particle (UFP) size distributions R + easurement techniques developed and preferred by researchers M + nternational Organization of Standardization (ISO) approved I measurement...

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Air quality monitoring solutions-3

What are Ultrafine Particles (UFPs)? Why Monitor Ultrafine Particles? + The US Environmental Protection Agency + Increased Exposure to Ultrafines: Mounting evidence indicates that UFP exposure is higher than originally surmised. Recent + UFPs occur in massive numbers in urban air but essentially have no measurable mass. studies show increased exposure near roadways1, airports2, tunnels3, and schools4. + The most variable fraction of urban environment is the ultra + Air Quality/Visibility Effects: Ultrafine particles from fine particles. If temporal changes of ambient air particulate is combustion...

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Air quality monitoring solutions-4

ULTRAFINE PARTICLE (UFP) MONITORING EPC™ Environmental Particle Counter™ Monitor Set-up options + nlet flow: 3.0 or 0.6 L/min I Federal Reference Methods (PM2.5, PM10) and equivalent + nlet location: front or back I mass-based methods cannot quantify the amount of UFP + ater connection: front or back W in the air. The EPC™ monitor provides quantitative UFP + ptional rack mount hardware O concentration data in real time to supplement mass based FRM and equivalent methods. Targeted at unattended Instrument interface options monitoring, the Model 3783 is easy to use, requires minimal + olor touch...

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Air quality monitoring solutions-5

Ultrafine Particle (UFP) Monitor + In 2005, the European Union (EU) established the first regulation to restrict the number, not mass, of ultrafine particles The Model 3031 provides continuous ambient particle concentration and size distribution data for long term, air quality monitoring. Ultrafine particle (UFP) monitors are installed in a variety of air monitoring networks across the globe, allowing worldwide UFP concentration comparisons for the first time ever. Features and Benefits + ize range: 20 to 800 nm S in light duty diesel vehicle emissions. + Accordingly, the Clean Air for Europe...

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Air quality monitoring solutions-6

HIGH RESOLUTION PARTICLE SIZING Single-Box Scanning Mobility Particle Sizer™ SMPS™ Spectrometer DMA2 in a single cabinet + 4-channel resolution 5 The SMPS™ spectrometer Model + NIST3 measurement method to size 3034 is an easy-to-use, accurate, high resolution particle sizer with standard reference materials (SRM) + imple instrument set up S superior resolution designed for continuous environmental monitoring and operation + owerful software for data P applications. This single box SMPS™ spectrometer offers the ultimate in convenience and portability, making it the instrument of choice for users...

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Air quality monitoring solutions-7

Fast Mobility Particle Sizer™ FMPS™ Spectrometer The FMPS™ spectrometer has unsurpassable temporal resolution, Measuring complete number size distributions of ambient air particles in one second, the Model 3091 is fast enough to see combustion emission events in real time, FMPS™ spectrometer users can watch and record data as the UFP number concentrations jump orders of magnitude during an event and then decay over time, eventually returning to background levels, + Size distributions in one second + No working fluids or radioactive source + High sample flowrate (10 L/min) significantly reduces...

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Air quality monitoring solutions-8

REAL-TIME LARGE PARTICLE SIZING AND PARTICLE MASS (PM) MEASUREMENTS Aerodynamic Particle Sizer® (APS™) Spectrometer Model 3321 The Aerodynamic Particle Sizer® (APS™) spectrometer Model 3321 sizes particles from 0.37-20 μm in as little as one second. Used extensively for outdoor monitoring, the Embraced by government agencies across the globe for its ease of Model 3321 measures particle concentrations and size use and high quality data, the APS™ spectrometer is a great first distributions in real time with a high degree of precision choice to monitor fine and coarse mode outdoor air concentrations....

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Air quality monitoring solutions-9

DustTrak™ DRX Aerosol Monitor Models 8533 and 8534 Using the DustTrak™ DRX aerosol monitor, one instrument can do Used in Air Quality Networks the work of five by providing simultaneous mass measurements in Government air quality groups worldwide are successfully using one second: PM1, PM2.5, PM4, PM10, and total PM. There is no need the DustTrak™ aerosol monitor for long term, continuous PM for size selective inlets because in each one second sample, the measurements. Ideal for temporal measurements and unattended complete suite of PM size fractions is measured in real time. This operation,...

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Air quality monitoring solutions-10

LIGHT SCATTER AND OPTICAL PARTICLE SIZING Integrating Nephelometer Model 3563 Skillful design, hand-crafted construction, and precision electronics make the Model 3563 the world’s most accurate and sensitive integrating nephelometer. Featuring extremely low noise levels and repeatable measurements over time, the Model 3563 provides: 1) meaningful light scatter measurements in the cleanest environments and 2) the ability to accurately detect small measurement changes in both urban and remote environments. This extremely well characterized instrument has been relied on for decades by climate change,...

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Air quality monitoring solutions-11

Optical Particle Sizer Environmental Sampling System The OPS Model 3330 is a full-featured optical particle This must-have accessory for outdoor monitoring can be counter at an affordable price. used with all TSI submicron particle sizers and counters for representative sampling and conditioning for accurate Optical particle counters (OPCs) are frequently used for ambient measurements. The US EPA-approved inlet protects your particle monitoring to provide an estimate of the supermicron particle size monitoring equipment and also conditions the air stream to reduce fraction. The Optical Particle...

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