The conscious and sustainable management of our natural resources is our responsibility to future generations. Today, we are already laying the foundations for a better future. By optimizing thermal processes and utilizing waste heat, we make a significant contribution to reducing energy consumption.
Innovations for a sustainable future
We continuously work on groundbreaking developments: reducing the primary energy demand in combustion processes and utilizing waste heat energy. Together, we are paving the way for a more environmentally friendly future.
ENOx is an innovative method for the primary reduction of nitrogen oxides (NOx) through the optimization of burner control. Reducing NOx formation during combustion lowers emissions and costs.
The energy transition is also changing gas supply: biogas injection, power-to-gas technologies, and fluctuating gas compositions present new challenges. These changes often lead to combustion problems due to varying densities and calorific values.
Our gas analysis provides the solution for efficient and precise combustion optimization. By using calculated correction factors, combustion is optimally controlled to ensure maximum efficiency.
The thermal energy from the exhaust gas of the melting process is utilized to preheat gaseous fuels and oxygen. This significantly reduces the primary energy demand of the melting furnace and enhances efficiency.
Advantages of the OXYFIRE® PRO system:
Through precise combustion calculations, the air/oxygen demand is determined and automatically adjusted. This demand can be flexibly aligned with process-related requirements within predefined limits to ensure optimal combustion.
1. Capture of physical real values:
2. Software-basedoptimization of combustion processes:
3. Highest standards for measurement technology and control:
With our optimized combustion control, you ensure efficiency, cost savings, and environmental protection.