|Industrial dust treatment equipment series|
|Welding fume exhaust gas treatment series|
|Grinding polishing dust removal equipment|
|Stand-alone dust collector|
|Spiral duct and accessories series|
How does the bag filter deal with the smoke and dust of Mars? To prevent Mars from entering the bag filter, the following measures should be taken: set up a pre-dust collector and a cooling pipe.
A cyclone or inert dust collector is set in front of the bag filter as a pre-dust collector to capture coarse dust and Mars. In this way, too fine particulate Mars is not easy to capture, and in most cases, particulate dust can burn out before entering the dust collector.
Set a cooling pipe after the pre-dust collector and control the flow rate in the pipe to make it as low as possible.
This is a relatively reliable technical measure. It can make the gas have a sufficient residence time in the tube. Set up a cooling spray tower. Gas cooling method sprayed directly with water in advance.
In order to ensure the safety and fire prevention of the dust-containing gas in the cloth precipitator, the cooling water supply is controlled. Most of the burning dust can be contacted with fine water droplets. It can be cooled, but the water droplets are easy to vaporize. In order to cool the combustion dust that has not been in contact with the water droplets, the necessary space and residence time should be required. In the case, a combination of a spray tower, a cooling pipe and a pre-dust collector is used to prevent the mixing of Mars into the Mars capture device. Installing a Mars trap on a pipeline is a simple and feasible method. At the same time, a Mars alarm is installed. When Mars passes the trap, it can send out an electrical signal to give an alarm. At the same time, stop operation or change the gas circuit.
Related recommendation: Working principle of bag filter
为大家带来的布袋除尘器怎样处理有火星的烟尘相关介绍，更多布袋除尘器怎样处理有火星的烟尘欢迎到我司官网查询更多 The above is the introduction of how bag dust collectors from Mars dust removal equipment manufacturers deal with soot with Mars.