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While nozzle-mix burners eliminated flashback, another concern was on the rise: NOX. Staged combustion and controlled airflow and gas flow allow efficient combustion for industrial process heating equipment.
While nozzle-mix burners eliminated flashback, another concern was on the rise: NOX. Staged combustion and controlled airflow and gas flow allow efficient combustion for industrial process heating equipment.
Industrial burner users realized they needed a burner free from the limitations of flashback, liftoff and flammability limits. This goal could only be accomplished by bringing the air and gas to the process as separate streams, and the nozzle-mix burner was resurrected.
Industrial burner users realized they needed a burner free from the limitations of flashback, liftoff and flammability limits. This goal could only be accomplished by bringing the air and gas to the process as separate streams, and the nozzle-mix burner was resurrected.
This five-part series continues with more on the evolution of industrial premix burners. With early premix burners, the flashback limitation often forced the burner to be operated at a higher firing rate than the process needed. Dilution or secondary air solved that problem for many processors.
This five-part series continues with more on the evolution of industrial premix burners. With early premix burners, the flashback limitation often forced the burner to be operated at a higher firing rate than the process needed. Dilution or secondary air solved that problem for many processors.
Are you ready for a lesson about premix burners for industrial process heating? Before I dig more deeply into premix burners themselves, I'll look at one more device that can be used to supply them with a combustible air-gas mixture -- the fan mixer.
This five-part series on how modern industrial burners developed provides insights into why industrial process burners are made the way they are and what it takes to keep them running properly.
Combustion expert Dick Bennett begins a five-part series on how modern industrial burners developed to provide insights into why industrial process burners are made the way they are, and what it takes to keep them running properly.
If the voltages entering and leaving the resistance are constant, the voltage drop across the resistance also is constant. How can you regulate the flow of current? You can't -- unless you install a variable resistance in the line.