Firing technologies

Firing technologies

Combustion technologies comprise processes and systems for the controlled combustion of fuels to generate energy. They include the design of combustion systems, the control of combustion and the optimization of efficiency and emissions. The CONENGA Group combines process engineering know-how with modern control technology in order to operate plants efficiently and stably.

There is an optimal combustion technology for different applications. After a precise analysis of your current and future fuels and their quantities, we develop the technically optimal combustion technology for your project. On this basis, you will arrive at the best possible variant determined from an economic and technical perspective, and thus at a valid basis for decisions on adaptations, conversions or new buildings.

In other cases, such as load range extensions or changes in fuel compositions, it is not usual to switch from an existing firing technology to a different one, as this is usually not economical.

The optimization of existing combustion technologies always concerns the issues of fuel efficiency (combustion efficiency, boiler efficiency), the lowest possible emissions, in particular greenhouse gas emissions, and fuel flexibility. We examine future requirements and create conversion concepts, which we develop in an economically and technically optimal manner with the support of simulations.

Would you like to find out more about firing technologies? Should we call you or would you like to receive further information by e-mail?

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Bernhard Kronberger is your expert concerning firing technologies

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Firing technologies: Our services at a glance

  • Data analysis, plant analysis
  • Furnace modelling, refractory lining
  • Concepts for staged combustion
  • Optimum utilisation of the fuel – even with heterogeneous fuels, we can guarantee stable plant operation thanks to appropriate controllers
  • We deal with all common boiler types and sizes (grate firing systems: Horizontal, pusher, push-back and roller grate, fluidized bed furnaces: stationary, circulating and rotary kilns)

FAQ on firing technologies

Combustion technologies comprise processes and systems for the controlled combustion of fuels to generate energy. They include the design of combustion systems, the control of combustion and the optimization of efficiency and emissions. Companies such as the CONENGA Group combine process engineering know-how with modern control technology in order to operate plants efficiently and stably.

The most important firing technologies include grate firing, fluidized bed firing, pulverized fuel firing and gas firing. The choice depends on the fuel used, the size of the system and the process requirements.

A key challenge is the fluctuating quality of the fuels, for example in terms of calorific value, moisture or composition. These have a direct influence on combustion and require precise control.

 

The CONENGA Group develops firing concepts, analyzes existing plants and combines process engineering with modern control systems. This also includes simulations, optimization strategies and integration into existing control systems.

 

The combination of data analysis, simulation and intelligent control can stabilize combustion processes, increase efficiency and reduce emissions.

 

Yes, existing systems can be operated much more efficiently and stably by adapting the control strategy, optimizing the air flow and integrating modern technologies.

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