The Laser Backscatter Particulate Monitor provides reliable, continuous, non-extractive particulate monitoring ideal for the utility, paper, pulp, chemical and petrochemical industries for use in manufacturing, process and combustion operations.

The LGA-3500 is an in-situ, cross stack Tunable Laser Diode Array Spectrometer (TLDAS) capable of detecting a number of compounds, such as O2, CO, CO2, within a combustion process. The LGA-3500 provides an instantaneous response to process changes, has no moving parts, no cross interference from other gases, and eliminates the need for a costly extractive sample preconditioning system. The rugged design and air purge applied on the optical windows of the laser transmitter and receiver units makes the LGA-3500 easy to maintain and leads to a low cost of ownership. Configurations suitable for hazardous areas are also available.

Optimizing combustion efficiency and minimizing exhaust emissions are important for proper operation of nearly every industrial process that burns fuel. From clean burning natural gas to dirty coal fired kilns, Teledyne’s odel 9060 provides reliable and efficient O2 monitoring capabilities by combining field proven zirconium oxide sensor technology with a powerful and versatile microprocessor based controller.

Teledyne’s Model 9110EH analyzer uses the field-proven chemiluminescent technique for monitoring high levels of oxides of nitrogen. User-selectable ranges of 0 - 5000 ppm make it ideal for a wide variety of applications including CEM, stack testing, cement kiln inlet for clinker quality control, and process control.

The most stable, accurate and maintenance free EPA-compliant opacity monitor available under all operating conditions.

The Ultraflow 150 is a patented advance in continuous flow measurement systems for small and large stacks and ducts. Transducers are non-intrusively mounted in Teflon housing and are protected from flue gas and particulate with continuous purge air. This non-contacting method mitigates maintenance and ensures long-term operation unlike intrusive pilots thermal systems, optical scintillation, and reflective ultrasonic technology.

Continuous Emission Monitoring (CEM) Systems are mandatory on virtually all industry waste chimneys or stacks today. Depending on the industrial process and regulatory agency requirements, the CEM could be required to report the pollutant of interest on an oxygen (O2) free, dry basis or, on a mass basis (tons per day, pounds per hour).