The premix unit thoroughly mixes gas and air to form a uniform premixed gas. This premix design enhances combustion efficiency and reduces nitrogen oxide emissions.







Premixed gas enters the combustion chamber, is ignited by an electric or other ignition source, and continues to burn. A large amount of heat is released during the combustion process.







Heat is transferred to the water through a heat exchanger, heating it to steam. This indirect heating method ensures isolation between the combustion chamber and the steam space, enhancing safety.







The high-temperature, high-pressure steam produced can be directly used for process production, such as heating and drying, or to drive steam turbines for power generation.

The fully premixed gas steam generator boasts several major advantages:

High thermal efficiency. The premixed design and indirect heating method significantly enhance heat utilization, typically exceeding 85%.







Low emissions. Premixed combustion can suppress NOx formation, emitting far less than traditional combustion equipment.







The combustion chamber is isolated from the steam space, effectively preventing explosions. The intelligent control system can monitor various parameters to ensure operation.







Simple structure. Complex fuel injection and air supply systems, compact design, easy maintenance.







Fuel adaptable for a wide range of gas, liquefied gas, and other types of fuel gases.