The only factory designed NDIR multi-gas system with 5 safeguards against moisture!
The new Thermo Scientific multi-gas system utilizes Non-Dispersive Infrared (NDIR) optical filter technology to measure five gases in addition to oxygen measurement via either electro-chemical cell or paramagnetic cell. (read more)
The Thermo Scientific IRIS 5500 Mid-IR Laser-Based CH4 Analyzer uses state-of-the-art mid-infrared laser absorption spectroscopy to simultaneously measure methane (CH4) and water vapor concentrations with high precision and accuracy. Continuous measurement of methane gas and water vapor allow for the calculation of the methane dry-mole fraction at sub-ppb levels. (read more)
The Thermo Scientific Toxic Vapor Analyzer, TVA-1000B is the only portable, intrinsically safe, survey flame ionization (FID) and photoionization (PID) dual monitor which provides fast and accurate readings of organic and inorganic vapors and meets EPA Method 21 specifications for monitoring fugitive emissions. (read more)
The Thermo Scientific Arke SO3 System, with a built-in SO3 generator, uses an advanced Quantum Cascade (QC) laser-based platform to provide high sensitivity, optimum selectivity and continuous, direct measurement of SO3 within tough industrial-plant process environments. (read more)
Our dedicated team of Scientists, Engineers and Technicians work along side our Operations and Commercial teams to ensure we manufacture our instruments and systems to your exact specifications, developing and utilizing the most innovative technologies available. (read more)
The Thermo Scientific IRIS 4600 Mid-IR Laser-Based N2O Analyzer is a state-of-the-art laser-based analyzer using mid-infrared absorption spectroscopy for the precise and accurate measurement of ambient nitrous oxide (N2O). (read more)
The Thermo Scientific MIRAN SapphIRe Portable Ambient Analyzer is a family of portable, lightweight infrared instruments that can monitor ambient air in workplace environments for the purpose of detecting the presence of gases. (read more)
The TEOM® Series 1405 is a family of monitors that measure PM-2.5, PM-10, and PM-Coarse simultaneously or separately.
The Thermo Scientific Continuous Particulate TEOM Monitor, Model 1405-DF has been awarded US EPA PM-Coarse FEM designation: EQPM-0609-182. (read more)
The Thermo Scientific Nitrous Oxide Analyzer, Model 46i utilizes gas filter correlation technology to measure ambient levels of Nitrous Oxide (N2O) concentrations. (read more)
The Thermo Scientific Area Dust Monitor, ADR1500 real-time, ambient dust monitor is designed for continuous monitoring. The ADR1500 offers volumetric flow control, modular optics and long life primary HEPA filter for ease of servicing, multiple power and communications capabilities, durable weather-proof IP65 enclosure and is designed for easy transport and installation. (read more)
The Thermo Scientific Partisol iSeries Air Samplers offer a robust, easy to use sampling system for single event or sequential sampling, as well as dichotomous configurations which give simultaneous measurements of PM-2.5, PM-Coarse, and PM-10 on 47mm filters. (read more)
Proud recipient of the 2008-2009 J. Deane Sensenbaugh Environmental Technology Award for outstanding achievements in the field of air pollution control. (read more)
The Thermo Scientific Personal Dust Monitor, PDM3600 is a real-time, respirable, personal dust monitor designed specifically for U.S. based mining applications. (read more)
We protect your two most important assets...your personnel and your facility. Whether your needs are for monitoring known gases or field emergency response detection, Thermo Scientific has you covered. We offer unique portable products with flexibility in both monitoring and expandability. (read more)
The Thermo Scientific Model 5014i Beta is an automated, continuous, ambient particulate monitor. Utilizing beta attenuation technology in combination with the established iSeries platform design, this instrument is accurate, reliable and rack mountable. (read more)
The pDR Series of nephelometers provide a wide measurement range and unsurpassed precision in a portable, light-weight, user-friendly package for either active or passive sampling. (read more)
First in its class, the Thermo Scientific Andersen Series of Cascade Impactors are the original design cited as the world's reference for airborne particle sizing. (read more)
The Thermo Scientific Model 5030i SHARP Synchronized Hybrid Ambient Real-time Particulate Monitor combines the speed of light scattering nephelometry with the accuracy of beta attenuation technology for continuous PM-10 and PM-2.5 measurement. (read more)
The Thermo Scientific DataRAM 4 is a portable, continuous monitor that measures the concentration of airborne particulate matter (liquid or solid) as well as mean particle size, air temperature, and humidity. (read more)
The Thermo Scientific iSeries Instrument Platform is a line of source and ambient gas analyzers as well as particulate monitoring instrumentation that combines increased communications capabilities with reliable, continuous duty field operation. (read more)
For over 40 years, Thermo Scientific products have been helping to service the regulatory market through compliance monitoring. Today, we offer the industry's widest choice of air quality instruments to provide solutions that add flexibility and convenience to ambient monitoring for the Environmental Compliance Industry and Researchers alike. (read more)
The Thermo Scientific Model PRO3000 probe utilizes full extractive technology for wet or dry-basis measurement. (read more)
Volumetric and Mass Flow Controlled, High Volume Air Samplers for the measurement of Total Suspended Particulate (TSP) or PM-10. (read more)
We've been providing the most innovative and easy to use instruments for over 40 years. Today, we offer the industry's widest choice of air quality instruments and systems. Our solutions add flexibility and convenience to the detection of a broad range of targeted gaseous pollutants for both source and ambient air monitoring. (read more)
Real-time, ultra sensitive measurement is required for a wide array of monitoring
applications, including pollution and greenhouse gas monitoring. Measuring in the Mid-IR spectrum enables the rapid and selective measurement of gases at ppb levels in real time.
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