There are many parameters our environment’s climate has. They all need to be monitored and looked after for a sustainable development.
CEM system for plant operation optimization, compliance with environmental regulations and preservation of blue sky above our heads
Continuous emission monitoring (CEM) includes the sum of activities aimed on determination and reporting of pollutant emissions to the atmosphere from stationary emission source. Coal-fired, oil-fired, and biomass power plants, waste incinerators, cement plants, kraft pulp mills, and many other industries worldwide are enforced to continuously monitor, limit and submit continuous records of their emissions to the local environment control agencies.
In the past the environmental regulation was the driving force for CEMS development and application. But recently, CEM system is being used increasingly for process control and optimization. The benefits of knowing what and in what quantities is emitted is becoming more and more recognized. The knowledge about emission and application of CEMS helps to make the plant run efficiently and reduce pollutants emission to the atmosphere.
Based on industry leading components coupled with innovative solutions to common problems, nanoElute® delivers trouble-free operation from the moment of installation through years of OMICS knowledge generation.
![High-Accuracy Infrared Thermometer [Built-in type] (IT-470F-H)](https://ethiolab.et/wp-content/uploads/elementor/thumbs/High-Accuracy-Infrared-Thermometer-Built-in-type-IT-470F-H-puhvhkngw0eqfx58wjjiux76qjj7yzwq3p9swpm5ts.png "High-Accuracy Infrared Thermometer [Built-in type] (IT-470F-H)")
The IT-470F-H is a built-in type, non-contact infrared thermometer with industry-leading accuracy. It contributes to improve process stabilization, for which requires high accuracy temperature measurement, such as semiconductor and FPD production.
TX-100 is HORIBA’s in-situ laser-based HCl analyzer with a probe type optical system. The TX-100 is suitable for monitoring HCl concentrations in incineration plant flue gas streams and for the control of HCl removal processes.
The GI-700 stack gas analyzer is designed to continuously measure the concentrations of nitrogen oxides (NOx), sulfur dioxide (SO2), carbon monoxide (CO), carbon dioxide (CO2), oxygen (O2), and ammonia (NH3) in stack flue gas streams.
The MEXA-ONE-FT Series simultaneously measures concentrations of multiple components, including NH3, N2O, CH4, CO and CO2, in undiluted exhaust gas using the Fourier transform infrared (FTIR) method in combination with a multivariate analysis algorithm.