The Thermo Scientific Calibrator Certification Service compares and validates the Thermo Scientific Model 81i Mercury Calibrator to a NIST (National Institute of Standards and Technology) traceable Vendor Prime or Field Reference Generator. The calibration method is based on the Interim Draft Traceability Protocol as set forth by NIST and the Environmental Protection Agency (EPA).
Our VARI-CANT® jet aeration systems utilize proven principles of jet aeration, combined with state-of-the-art design and materials, resulting in a system with superior performance, efficiency and trouble-free operation.
Thermo Scientific has 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.
Ensure complete regulatory compliance with unattended, true continuous monitoring. The Thermo Scientific Mercury Freedom System integrated mercury emissions monitoring systems measures elemental, ionic and total mercury in exhaust stacks from coal-fired boilers, waste incinerators, cement kilns and other industrial combustion sources.
The Thermo Scientific Model 81i calibrator utilizes a vapor generator that allows standard calibration and dynamic spiking into the extraction probe. A wide calibration range lets the user directly calibrate the analyzer at post-dilution concentrations. The calibrator is ideally suited for daily zero/span checks and routine converter efficiency and linearity testing.
SOLVAir sodium bicarbonate is manufactured at Solvay Chemicals’ Green River, Wyoming plant. For many years, sodium bicarbonate has been used to reduce acid gas stack emissions in industries including coal-fired power plants and waste incinerators. SOLVAir Select 300 sodium bicarbonate provides an alternative approach for dry sorbent injection applications. It reacts very rapidly with acid gases and is able to achieve very high levels of removal of these pollutants when used in a properly designed DSI system.