Industrial Boiler Engineering
Since its establishment, Selnikel has been providing high-quality and highly efficient solutions for industrial heating systems for the needs of its customers. With our industrial boiler and burner know-how, we provide bespoke design, engineering and documentation, manufacturing, project management, and installation services for all kinds of industrial applications
Our Industrial Boiler Systems
Selnikel combines tailor-made industrial engineering services
with reliable, long-lasting, and efficiency-oriented
steam and heating systems.
Explore Our Container Type Boiler Room Solutions
We are proud to be a global supplier to the world's largest power plants. We manufacture boiler room solutions in water tube and fire-tube types. We provide
bespoke boiler room production for all kinds of special needs and according to different capacities.
- Raysel industrial burners have being manufactured since 1986 in Selnikel premises under the license of German "Ray Öl-und Gasbrenner GmbH" company.
- Selnikel also provides professional solutions to its customers in burner service and maintenance.
- Gas Burners
- Oil Burners
- Biogas Burners
- Gas / Oil Burners
Frequently Asked Questions
It does not need energy to transport the steam, does not contain foreign matter and is hygienic. Compared to hot water and superheated water installations, it requires smaller serpentine surfaces in the steam installation.
Water Tube Boilers can produce steam quickly due to their lower water volumes. In this way, they can meet the need for high flow and pressure values without difficulty. Their economic life is very high when water with appropriate operation and required properties is used.
These membrane walls are connected to the drama by upper and lower collectors. Inside these walls, the Fire chamber consists of the evaporator and the superheater (depending on the temperature of the steam). At the gas outlet of the boiler, there is an economizer to increase the boiler efficiency.The water tube boiler is designed and produced according to the EN 12952 standard.
If these gases are not separated from the water, they cause significant corrosion in the steam and water pipes. In the feed water tank, the feed water sent to the boiler is heated with steam. The steam is fed by a control valve that takes control from the water temperature. The second feed is made from the bottom of the dome to the steam volume, the pressure of this steam must be reduced by 0.2 bar to the saturation pressure corresponding to 102-103 °C with the help of a pressure reducer. Additional feed water and condensate returning from the system enters the deaerator from the upper part of the dome.
Steam with a low pressure of 0.2 bar is supplied from the lower part of the dome. While the water entering the dome is filtered in small drops from the perforated cascade plates, it moves downwards and comes into contact with the low-pressure steam advancing upwards. As the temperature of the water rises thanks to the meeting with the steam in small drops, the dissolved gases are also thrown out.