As an efficient solution for optimizing combustion processes, regenerative burners play a crucial role in reducing energy consumption and pollutants. Today, environmental limitations related to
The combustion process requires three essential factors: air, fuel, and an initial energy source. In small burners, a direct ignition system can be used to
As the dominant energy source for decades, fossil fuels contribute heavily to pollution and are limited in supply, making them incapable of sustaining long-term energy
The burner-lance is especially suitable for use in or on an oil burner and is designed to operate spill back atomizers with integrated shut-off needle. The strong spring on the actuating rod pushes the needle in closed position. This ensures a reliable shut-off under all circumstances.
Fuel, branched off from the supply line actuates the piston for opening, either controlled by two external solenoid valves or by one 3/2 solenoid valve. The piston has a fixed travel. While opening, the needle inside the atomizer is retracted in the correct position by means of a spring at the back of the atomizer against a fixed stop on the needle itself.
During the pre-purge period of the burner, the needle is keeping the orifice closed and the fuel circulates through the lance at pre-set supply and return pressure. On energizing both solenoid valves and the 3/2 solenoid valve, even after long idle intervals, there is immediate atomization guaranteeing perfect ignition.
The burner-lance of with shut-off needle is especially suitable for use in or on an oil burner and is designed to operate 32-Y atomizers with compressed air or steam.
The strong spring on the actuating rod pushes the needle in closed position. Compressed air, controlled by an external 3/2 solenoid valve, actuates the piston for opening. The piston has a fixed travel, pulling the needle in the correct position when it opens.
During the pre-purge period of the burner, the needle is keeping the central orifice in the reverse disc closed. On energizing the 3/2 solenoid valve, even after long idle intervals, there is immediate atomization guaranteeing perfect ignition.
The burner-lance is suitable for supply pressures up to 16 bar and fuel temperatures up to 140°C.
Heat generators with very high medium temperatures can exploit less of the heat in the flue gases. Consequently, flue gas temperatures are always higher than the medium temperature. Without additional heat exchangers, a lot of energy will be lost to the atmosphere and wasted. One way of utilizing this energy is through the use of hot-air versions of the DB-series dual-bloc burners.
A cross-flow heat exchanger between the combustion air duct and the flue gas system draws heat from the hot flue gas and transfers it to the combustion air. Using this method, combustion air can be heated to temperatures of up to 250 °C, making efficiency increases of up to 10 percent possible.
Despite these extreme conditions, the burners can achieve NOx values in the range of 100–150 mg/Nm³.
Efficiency increases of up to 10 percent with 250 °C hot-air in DB-Series burners
Thanks to the air/steam atomizing technology as well as the well-known pressure base spill back oil atomizers, we are delighted to gratefully guarantee the best performance of our productions in order to meet our customer demands.
PACKMAN Company was established in February, 1975. The company has started its activity in the field of producing High-Pressure Vessels such as Hot-Water Boilers, Steam Boilers, Pool Coil Tanks, Softeners and Heat Exchangers since 1984.
Newsletter
