Complete Air Quality Monitoring Solutions from a Trusted Source

Monitoring ultrafine particles (UFPs) in ambient air is essential for safeguarding public health, as these tiny pollutants are linked to various health concerns. TSI’s solutions simplify this process, offering reliable, continuous UFP monitoring with advanced Scanning Mobility Particle Sizer™ (SMPS™) spectrometers.

The Benefits of SMPS™ for Ultrafine Particle MonitoringSMPS-CEN-colored.jpg

TSI’s SMPS™ systems are trusted worldwide for their robust design and precision in capturing ultrafine particle data, providing advantages such as:

  • Continuous, Unattended Operation: Ideal for long-term air quality studies.
  • Durable and Reliable: Minimal unscheduled maintenance, maximizing uptime.
  • Remote Data Access: Monitor data conveniently from any location.
  • Easy Maintenance: Detailed documentation and video guides support DIY upkeep.
  • Proven Performance: Globally recognized in the research community and beyond.

Tailored Solutions for Your UFP Monitoring Needs

Selecting the right SMPS™ instrument is simple, based on whether you prefer a butanol-based or water-based solution.

  • Butanol-Based Solution: These units are designed to meet European standards like CEN/TS 17434, making them ideal for compliance-focused monitoring.
  • Water-Based Systems: Utilizing distilled water, these systems are easy to maintain and suited for non-regulatory UFP monitoring.

TSI’s team is equipped with years of expertise in UFP monitoring worldwide and is ready to help you select the best solution based on your specific requirements.

Partnering with TSI for Reliable Air Quality Insights

From selecting your SMPS™ model to supporting ongoing monitoring, TSI provides end-to-end guidance and solutions, ensuring that your air quality monitoring is effective, consistent, and convenient.

 

Related Resources

Understanding Ultrafine Particles (UFPs) and Their Measurement

Ultrafine particles (UFPs) impact air quality, climate, and health. They’re best measured by particle counting and sizing methods, offering insights into their distribution and atmospheric behavior.

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Health Impacts of Ultrafine Particles (UFPs)

Ultrafine particles (UFPs) are tiny pollutants from human activities and natural processes. They can penetrate deep into the body, causing respiratory, cardiovascular, and neurological health issues.

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Number- vs. Mass-Based UFP Monitoring Methods

Number-based UFP measurements reveal more particles than mass-based methods, highlighting health risks. Mass-based methods often miss UFPs, making number-based techniques crucial for accurate monitoring.

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