Ignition systems are used to safely ignite industrial burners at power plant boilers, refinery furnaces, on ships and in other combustion plants.
DURAG GROUP ignition systems are used to safely ignite industrial burners at power plant boilers, refinery furnaces, on ships and in other combustion plants. Industrial combustion of all kinds depends on reliable ignition systems, as malfunctions can lead to unplanned shutdown of the plant involving considerable financial losses for the operator.
Gas ignition and pilot burners provide defined, highly-available and stable ignition energy in the form of an ignition flame. They are used to start and stabilize combustion processes and thermal processes for any of the main fuels with variable outputs in different main burner and combustion chamber geometries.
Oil ignition and pilot burners provide defined, highly-available and stable ignition energy in the form of an ignition flame. They are used to start and stabilize combustion processes and thermal processes for any of the main fuels with variable outputs in different main burner and combustion chamber geometries.
Microwave plasma ignition systems are electrical ignition systems with a high ignition potential for the safe, direct ignition of fuels that are difficult to ignite, such as dusty solid fuels (dry lignite, hard coal, biomass), as well as gases, oils and special fuels. Ignition in low-oxygen and oxygen-free atmospheres is also possible. Because the systems operate without fuel, there is no need for ignition fuels or the infrastructure required for media supply. Due to their design, microwave plasma ignition systems are characterized by high efficiency, a high degree of effectiveness and also by low wear and high availability.