Combustion Optimization

More than 35 years of experience



Leading analyzer technology for combustion optimization

Energy conservation not only makes a valuable contribution to protecting the environment but is also a cost factor. Particularly energy intensive processes, such as occurring worldwide in power plants, incinerators and boilers, can be optimized through a comprehensive and continuous process analysis. With the help of combustion optimization, one is able to control the combustion process optimally and therefore the energy consumption can be permanently reduced.

In order for combustion processes to run efficiently, the combustion process needs to be optimized appropriately. ENOTEC can provide you with this market leading flue gas and process analysis technology. Our analyzers are suitable for gas analysis in small to medium sized combustion plants, measurement in large combustion chambers, or for continuous measurements in high temperature installations such as inlet chambers of rotary kilns in cement plants.

Information

However,  ENOTEC has the right products not only for combustion optimization. Apart from combustion analysis and optimization, we manufacture systems for the optimization of drying processes through measurement of oxygen and water vapour. Such measurements are indispensable in the manufacture of gypsum boards (plasterboards) and for enhancing other drying processes.

ENOTEC analyzers for combustion optimization and emission monitoring distinguish themselves especially by precision, safety and robustness which no competitor is able to imitate. These quality and safety standards are periodically certified by an independent German test institute and follow the ISO9001 guidelines.

Advantages
  • Sustainable process analysis
  • Emissions reduction
  • Robust measuring sensors
  • Reduction of energy consumption
  • On request: lease our analysis systems!
  • Humidity measurements to control drying processes optimally
  • Gas analyzer systems from the market leader
  • ENOTEC: For each requirement, a suitable oxygen analyzer