The Teledyne ML®660 conventional extractive system is designed to extract and condition hot, wet stack gas for a dry basis measurement of any combination of SO2, NOX, CO, CO2, and O2. This system can be configured specifically for 40CFR60/63/75/98 emission compliance, and process control applications. The Teledyne ML®660 provides a cost effective solution while still allowing for the customization required to meet individual needs. Packaged in a 19 inch rack mount, single bay cabinet, the system's modular design allows for easy expansion to satisfy future monitoring requirements as well. Specialized equipment can be added for hazardous area classification requirements.
The Teledyne ML®675 dilution-extractive system is used for 40CFR60/63/75/98 emission compliance, and process control applications. In this system, the sample is prepared for analysis by diluting stack gas with clean, dry instrument air at the probe location. Since no moisture is removed with dilution, measurements for SO2, NOX, CO, THC and CO2 are made on a wet basis. Similar to the extractive system, the Teledyne ML®675 is also engineered to provide a modular and cost effective solution for source monitoring while still allowing for client customization. Stack flow and opacity can be easily added into the two bay, 19 inch rack mount cabinet to complement the CEMS. Specialized equipment can be added for hazardous area classification requirements.
The Teledyne ML®670 TRS system uses a conventional extractive system design to extract and condition hot, wet stack gas for a dry basis measurement using our sensor-e® TRS analyzer, and Zirconium Oxide O2 Sensor. This system can be configured specifically for 40CFR60/63 emission compliance, and process control applications. Similar to the extractive system, the Teledyne ML®670 is also engineered to provide a modular and cost effective solution for source monitoring while still allowing for client customization. An open architecture design is used for simple and easy maintenance. Specialized equipment can be added for hazardous area classification requirements.
The Teledyne ML®661 THC system uses a conventional extractive system design to extract and condition hot, wet stack gas for a dry basis measurement using our sensor-e® THC analyzer, and Zirconium Oxide O2 Sensor. This system can be configured specifically for 40CFR60/63 emission compliance, and process control applications. Similar to the extractive system, the Teledyne ML®6661 is also engineered to provide a modular and cost effective solution for source monitoring while still allowing for client customization. An open architecture design is used for easy maintenance. Specialized equipment can be added for hazardous area classification requirements.
