Monitoring Systems
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.
With over 40 years in the business, we are proud to provide regulatory agencies and the industry, with solutions for challenging environmental monitoring issues. When a solution for mercury monitoring was needed we were there. When the challenges of the future arise, we’ll be there too. We understand the requirements associated with regulatory monitoring and offer numerous instruments that have been awarded U.S. EPA and international equivalent designations and approvals. We additionally design our gas analyzers to meet regulatory standards such as Part 75 or 60 in the U.S. as well as its international equivalents. In addition to supplying USEPA 40CFR Part 60 & 75 compliance, we also offer ambient monitoring stations, mobile stations and custom systems tailored to meet your specific needs.
iMEGA Continuous Emissions Monitoring System
The Thermo Scientific iMEGA Continuous Emissions Monitoring System is the only factory-designed NDIR system with 5 built-in safeguards to protect against moisture.
CEMS for TRS
The Thermo Scientific* Continuous Emissions Monitoring Systems (CEMS) for the measurement of Total Reduced Sulfur (TRS) using field-proven, pulsed fluorescence technology.
Continuous Emissions Monitoring Systems (CEMS)
The Thermo Scientific* Continuous Emissions Monitoring Systems are each designed specifically for your monitoring requirements.
Mercury Freedom System
The Thermo Scientific* Mercury Freedom System was designed to meet or exceed performance specifications outlined in U.S. EPA PS-12A and/or Part 75 provisions for continuous Mercury CEM systems.
Thermo Scientific Arke SO3 System
The Thermo Scientific* Arke SO3 System uses advanced Quantum Cascade (QC) laser-based measurement to provide high-sensitivity, fast response times, and continuous direct measurement of SO3&sub
