Products & ReviewEnvironmental

Mercury Freedom System

Measure elemental, ionic and total mercury in exhaust stacks from coal-fired boilers and waste incinerators with the Thermo Scientific™ Mercury Freedom System. Meet or exceed performance specifications outlined in U.S. EPA PS-12A and/or Part 75 provisions for continuous Mercury CEM systems in addition to the latest MATS and MACT rules.Ensure complete regulatory compliance with unattended, true continuous monitoring. The Therm…

Thermo Fisher Scientific

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Measure elemental, ionic and total mercury in exhaust stacks from coal-fired boilers and waste incinerators with the Thermo Scientific™ Mercury Freedom System.

Meet or exceed performance specifications outlined in U.S. EPA PS-12A and/or Part 75 provisions for continuous Mercury CEM systems in addition to the latest MATS and MACT rules.

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.


Mercury Freedom System Features:

  • Meets U.S. EPA 40 CFR Part 75 requirements with true continuous monitoring
  • Get ahead of the curve and be prepared for increasingly stringent regulations with the highly sensitive direct cold vapor atomic florescence technology
  • Reduced umbilical temperature extends life of umbilical line and reduces service needs
  • Split umbilical available as separate cold/hot lines which can further extend umbilical life
  • No expensive consumables
  • Modular design allows for easy access to equipment and reduced maintenance time and cost
  • Highly sensitive cold vapor atomic fluorescence analyzer requires no wet chemicals or costly gold amalgamation concentrator
  • Rack-mountable components integrate seamlessly into most existing stack monitoring configurations
  • No argon carrier gas is required, saving space and expense
  • No interference with Bromine
  • Dilution-based measurement
  • High sensitivity
  • Consistent performance in harsh conditions

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