top of page


It allows timely detection of the mismatch of systems and components involved in the combustion process by analyzing operating conditions and measuring chemical concentrations of combustion products based on the work cycle of internal combustion equipment (Reciprocating Machinery).


The objective of this analysis is to detect in time the mismatch of the systems and components involved in the combustion process, through the analysis of operating conditions and the measurement of chemical concentrations of combustion products, based on the work cycle of internal combustion equipment (reciprocating machinery and gas turbines). Our experience and knowledge guaranties excellent results.

Measurements of chemical concentrations such as: Carbon Monoxide CO, Oxides of NOx nitrogen, Hydrocarbons CxHy, Sulfur dioxide SO2, temperature of gases,% of excess air and efficiency of combustion.


  • Air Intake Deficiency.

  • Fouling Effect and / or Deficiency in Air Compression.

  • Incomplete Combustión.

  • Flame Instability and Thermoacoustic Events in the Combustion Chamber.

  • Misalignment in the Combustion System SoloNOx / DLE.

  • Unbalance of Combustion Between Cylinder Banks.

  • Low Quality and / or Contamination of Fuel.

Analysis of Combustion Gases 4.png
Analysis of Combustion Gases - PRESENTAT


  • Thermal Acoustic Instability

(Dynamic Flame Pressure / BLOWOUT Flame Extinction).


  • Low Fuel Quality  

(Pollution by S and / or N2).


  • Incorrect Operation of the Combustion System

 (SoLoNOx, DLE, DLN).


  • High Spread

(Variation in the Individual Thermocouple Temperature Pattern).


Air Filters Dirty or Clogged.


Fouling in Axial Compressor.


Regulatory Compliance for the Control of Emissions from Combustion.

bottom of page