Hot Gas Generators
ENEVA hot gas generators are direct-fired systems designed for applications where the mixing of combustion products with process air is acceptable. These applications typically belong to heavy industry where hygienic requirements are not a concern.
These systems are specifically developed to meet high-capacity and reliable hot gas demands in industries such as cement, chemicals, and similar heavy industrial processes.
- Direct-fired high-efficiency hot gas generation
- Outlet gas temperatures of 500 °C and above
- High thermal capacity up to 30 MW per unit
- Improved efficiency through integration of process return air
In ENEVA hot gas generators, fuel is combusted under optimal conditions داخل a specially designed, cooled combustion chamber (furnace).
- Hot flue gases generated by combustion are mixed with cooling air flowing outside the combustion chamber to achieve the desired outlet temperature
- Outlet temperature is precisely controlled באמצעות the amount of cooling air introduced into the mixture
- The same cooling air also provides thermal protection by cooling the combustion chamber
- Minimal refractory design enables faster commissioning
- Lower maintenance costs compared to conventional refractory-lined units
Main application areas:
- Cement plants (cement, raw meal, and coal drying / grinding systems)
- Chemical and mineral processes (detergents, powder coatings, etc.)
- Ceramic factories (powder production via spray dryers)
- Brick and refractory manufacturing plants
In these applications, HGG systems provide advantages such as high capacity, simple operation, and reliable performance.
Let’s Discuss the Most Suitable Hot Gas Solution for Your Process
For high-capacity and reliable hot gas needs without hygienic constraints, let’s evaluate the most suitable HGG solution together with the ENEVA engineering team.
Submit a Technical Request- Combustion chamber design based on fuel type and thermal load
- Optimized fluid dynamics in combustion and mixing zones
- Cooling air flow path design to limit metal temperatures
- Construction minimizing refractory requirements
Each system is engineered considering process gas flow rate, plant altitude, and required outlet conditions.
MATERIAL & DESIGN PHILOSOPHY
- High-temperature stainless steels in combustion chamber and cooling components
- Carbon steel, stainless steel, or alloyed body structure בהתאם to process conditions
- Refractory-free or minimal refractory design
- Advanced mechanical solutions for thermal expansion
- Low heat loss through external thermal insulation
This structure ensures both safe operation and low maintenance costs.
CONTROL & SAFETY SYSTEMS
- Gas outlet temperature control and safety sensors
- Metal surface temperature monitoring elements
- Airflow and pressure / vacuum monitoring equipment
- Automatic safety shutdown scenarios
- PLC-based control and monitoring infrastructure