Natural gas low-NOx burners are combustion devices designed to significantly reduce nitrogen oxide (NOx) emissions. With
Burners play a vital role in industrial production and everyday life. Whether it's a large factory boiler or a gas water heater in a home
Preventing explosions: During burner operation, unburned fuel may accumulate in the furnace or around the burner.
Flue gas recirculation technology in ultra-low NOx burners involves recovering a portion of the flue gas produced by combustion and reintroducing
With environmental regulations becoming increasingly stringent, low-nitrogen emission technology for gas boilers has become the focus of industry attention
The "2025-2030 China Burner Industry Development Trends and Competitive Strategy Research Report" indicates that the increase in China's heating area is driving demand for the burner industry
During operation, burners must be regularly maintained. Burner maintenance is crucial for the following three reasons:
Normal Combustion: When the fuel and air mixture in the burner are properly balanced and combustion is complete, the flame typically appears bright blue
Common burners on the market include: single-stage, two-stage, and PLC proportional control.
Most boiler thermodynamic calculations involve heat transfer between fuel, air, flue gas, water, and steam. To perform boiler heat transfer calculations
Integrated burners combine the burner body, burner blower, and combustion system (including pumps, solenoid valves, servo motors, etc.) into a compact structure.
Our technicians have addressed the question of the impact of low-NOx burners on boiler operation. The main influencing factors are boiler design and coal quality
Water-tube boilers require short flame, large diameter burners for a variety of reasons, related to the boiler's design, combustion efficiency
Direct-fired machine is a common gas water heater, and its working principle mainly involves the process of gas combustion and heat energy conversion.
