How to Select a Suitable and Good Machine for Low Nitrogen Burner?


How to Select a Suitable and Good Machine for Low Nitrogen Burner?
Low-nitrogen burners refer to the burner with low nitrogen emission during fuel combustion. Low-nitrogen burner can reduce nitrogen oxide during combustion.
At present, the market is full of low nitrogen combustion engines, including imported and domestic ones; As a user terminal, how to choose a suitable combustion engine is closely related to the boiler used by the user and the fuel selection of the enterprise.

Most friends hope that they can choose a good low-nitrogen burner because only a good low-nitrogen burner can ensure that it can improve productivity when used to help production.

We know that there are two kinds of low-nitrogen combustion engines: imported and domestic. Some friends may think that the imported products are more expensive and the quality should be better. However, the price does not represent the quality and performance of the products. Domestic high-quality brand products are cheaper than imported ones, and it is specially developed for domestic products. Therefore, It can ensure better compatibility with domestic boilers and fuels. In terms of after-sales service, domestic products can also be more awesome in terms of after-sales service because of the nearby service. Therefore, it is recommended that you should choose according to the product itself when purchasing, rather than just choose expensive imported products.

In addition to considering this factor, when selecting products, we should also choose energy conservation and environmental protection, because it is a device that requires more fuel. If the choice is to choose emissions that exceed the standard and there is a relatively unpleasant smell, then it means that such machines can not fully burn the ingredients, resulting in unnecessary waste and environmental pollution, so such products must not be selected.

The head of the low nitrogen burner is the part to realize the atomization, ignition, and combustion of fuel injection. It is composed of the combustion head, hydrocyclone, bio-alcohol nozzle, ignition electrode, air supply short pipe, etc. The combustion-supporting air from the fan enters the head of the low-nitrogen burner through the short air supply pipe and then flows into the combustion head for combustion, forming a return zone of high-temperature flue gas in the combustion head, which plays a key role in stabilizing the flame. The higher the proportion of the air passing through the cyclone in the combustion-supporting air, the better the flame stability, and the ideal state of “zero emission” can be achieved.