Laser based solution for NOX emission monitoring

The new LaserGas^TM III DeNO_X analyser uses next generation laser technology to measure NO_X emissions from refineries, power plants, and industries such as chemical, petrochemical and steel. The instrument increases safety and helps reduce costs in plant operations.

NEO Monitors introduces a new generation of the safest and most precise instrument to measure NH₃ for any type of DeNO_X system. NEO Monitors’ LaserGas^TM III ammonia analyser is designed to operate in hazardous areas to increase efficiency of the DeNO_X processes and minimise emissions.

“Meeting strict HSE regulations is becoming even more business critical. New environmental regulations and the need to decrease emissions of toxic gases is a business critical process that has become an area of concern for corporate management. Our new solution ensures better answers faster, gives more accurate information on critical operational processes and reduce costs,” said Ketil Gorm Paulsen, CEO at NEO Monitors.

The instrument helps the industries achieve better processes control, increase the efficiency of emission reduction and decrease the use of costly consumables such as urea (ammonia). Customers in industries such as oil and gas, power, chemical, petrochemical and steel will benefit from lower operational cost as well as less NO_X emissions. The instrument has been tested in Asia, and 20 units have already been sold, following great feedback and impressive results from pilot installations.

The single path (SP) configuration is a transmitter/receiver solution for cross duct/stack installation. The measuring principal is based on tunable diode laser absorption spectroscopy (TDLAS).

“Installation is quick and easy because of the compact and improved design, maintenance costs are low, and the system is factory calibrated, meaning no need for field calibration,” said Paulsen.

Adapted from press release by Rosalie Starling

Read the article online at: https://www.hydrocarbonengineering.com/product-news/04042016/laser-based-solution-for-nox-emission-monitoring-2931/