Industrial burner systems
Industrial burner systems from the DURAG GROUP are used in a wide variety of thermal processes, including for energy generation, in the (petro)chemical industry, in metalworking and also in the food industry. Possible applications here are the preheating of plant components such as pipes and containers, the heating of process furnaces or hot air generators and much more.
Thanks to a high degree of flexibility in product design and various different burner sizes for a wide range of performance specifications with large thermal heat release control ranges, we can configure suitable burners for virtually all industrial applications, including in the area of heat generation. Our extremely reliable systems enable long operating times with minimum maintenance and comply with all applicable national and international guidelines, in particular the thermal process regulation.
In addition to purely mechanical designs for extreme ambient conditions for connection to external igniters, ionization flame monitors, burner control or safety controllers, we also offer compact designs with integrated electronics. Our gas or oil burners can be equipped alternatively with high voltage or high energy igniters as well as ionization or optical flame monitors. In addition, all burners are also available as explosion-protected versions.
In addition to the burner itself, a reliable supply of air and fuel as well as a suitable burner control system are required for operation. We can also provide the necessary fittings and valves as well as the appropriate burner control units if required.
Gas burners
Our gas burners work on the principle of swirl or vortex burners. The special design of the mixing device for air and gas at the burner head allows reliable burner operation with a wide output control range up to a ratio of 1:10. The mixing device can be adapted and optimized for a wide range of different gas compositions, flame shapes and combustion chamber conditions.
Oil burners
Our oil burners work on the principle of compressed air/oil pressure atomization as swirl or vortex burners. The special design of the mixing device for air and fuel at the burner head allows flame-stable burner operation with a wide output control range up to a ratio of 1:5. The mixing device can be adapted and optimized for a wide range of different fuel properties (e.g. calorific value, viscosity), flame shapes and combustion chamber conditions.
