Industry, energy and production
Fluidized bed technology
Robust solutions for industrial energy and process systems
Increasing demands on emissions, heterogeneous fuels and complex material flows present industrial plants with new challenges.
Fluidized bed technology offers a particularly robust solution here: the fluidization of a particle bed creates intensive mixing, uniform temperatures and stable process conditions – even with widely varying input materials. This makes fluidized bed systems a proven technology for modern energy and industrial processes.
Optimization of existing fluidized bed plants
Many systems have untapped potential. Often, the key opportunities for improvement lie not in the technology itself, but in operation, control, and system integration.
Typical areas for optimization:
- Improvement of process stability
- Increasing energy efficiency
- Reduction of emissions
- Modernization of control and automation systems
- Adaptation to new fuels or operating conditions
Our services
The CONENGA Group supports industrial companies in the analysis, optimization, and further development of fluidized bed systems.
Our services:
- Analysis of operation, efficiency, and emission behavior
- Development of modern control and automation concepts
- Optimization and conversion of existing plants
Our focus: stable processes, greater efficiency, and long-term operational reliability.
Fluidized bed explained clearly
In our webinar “Fluidized bed – we whirl it up” we clearly show how a particle bed suddenly behaves like a liquid through fluidization – and why this physical principle is so valuable for industrial processes.
Optimize fluidized bed system?
Do you operate a fluidized bed system or are you planning a corresponding project?
Industry, energy and production
Why fluidized bed technology?
The particular strength of the fluidized bed lies in its physical robustness.
Advantages in operation:
- Stable processes even with fluctuating fuel qualities
- High fuel flexibility (biomass, residual materials, substitute fuels)
- Uniform temperature distribution in the reactor
- Good emission characteristics
- Reliable heat transfer and high system availability
Typical applications
Fluidized bed systems are used in many areas of industry, especially where energy and material flows are combined:
- Energy and biomass plants
- Chemical industry
- Building materials industry
- Circular economy and recycling of residual materials
Industry, energy and production
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