Part 6: Chilled Mirror Hygrometry as the Basis of a Humidity Calibration System
Dr. Gerald Schultz
He holds a PhD in Polymer Chemistry, and has spent his career, primarily in the field of sensor development, specifically with regards to humidity, gas, and temperature sensors. His foci of interests at Edgetech Instruments include the research and development of chilled mirror hygrometers of new format for challenging industrial and lab environments. Examples would include petrochemical, refinery, natural gas, and power Industry to include SF 6, and pollution control in coal fired power plants.
Recent Posts
Chilled Mirror Hygrometry, a Technology for Process and Lab - Part 5
Part 5: Applications of Chilled Mirror Hygrometers
Chilled Mirror Hygrometry, a Technology for Process and Lab - Part 4
Part 4: Operating Principles of Chilled Mirror Hygrometers
Chilled Mirror Hygrometry, a Technology for Process and Lab - Part 3
Part 3: Humidity UnitsA chilled mirror hygrometer measures the dew or frost point in a gas mixture of water vapor and a carrier gas. The measurement is performed automatically through opto-electronic means. The various definitions of humidity are…
Chilled Mirror Hygrometry, a Technology for Process and Lab - Part 2
Part 2: Chilled Mirror Hygrometry (CMH) The humidity content of a gas is a critical measurement and control parameter in many industrial processes and laboratory operations. This is because of the anomalous phase and chemical behavior of water in that…
March 21, 2019
Chilled Mirror Hygrometry, a Technology for Process and Lab
Part 1: Chilled Mirror Hygrometry (CMH) Of all the instrumental methods for measuring the water vapor content of gases, chilled mirror hygrometry (CMH) is one of the most useful owing to its inherent accuracy, unparalleled dynamic range, ease of…
March 7, 2019