Combustion Optimisation
Combustion optimization through precise CO/H₂ and O₂ control
Optimized combustion reduces emissions, saves energy and increases system efficiency. With our solutions for combustion optimization – especially for the control of CO, H₂ and O₂ – combustion processes can be continuously monitored and controlled as required. This allows you to achieve optimum air ratio control, reduce pollutants and sustainably improve the efficiency of your system.
Optimized combustion reduces emissions, saves energy and increases system efficiency. With our solutions for combustion optimization – especially for the control of CO, H₂ and O₂ – combustion processes can be continuously monitored and controlled as required. This allows you to achieve optimum air ratio control, reduce pollutants and sustainably improve the efficiency of your system.
CO/H₂ Trim-Control
CO/H₂ control is a software module in all LAMTEC combustion management systems (CMS, BT300, ETAMATIC, etc.). In combination with the LAMTEC O₂/COe measuring system LT3-F/KS1D, fuel consumption and pollutants are reduced to a minimum, thus conserving resources and protecting the environment. The system is fail-safe (SIL2).
A modular CO/λ control system based on the LT3/KS1D has been developed for biomass combustion systems. For details, see Downloads.
A modular CO/λ control system based on the LT3/KS1D has been developed for biomass combustion systems. For details, see Downloads.
O₂ Trim-Control
The O₂ trim control is a software module of all LAMTEC burner management systems (CMS, BT300, ETAMATIC, etc.). It is used in combination with the LAMTEC O₂/exhaust gas measuring devices LT1, LT2, LT3, LT3-F, and NT1.
trim control optimizes combustion by regulating the oxygen content in the combustion process according to the optimum burner-specific O₂ setpoint, thereby compensating for disturbances affecting combustion…
trim control optimizes combustion by regulating the oxygen content in the combustion process according to the optimum burner-specific O₂ setpoint, thereby compensating for disturbances affecting combustion…