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What are the functions of a stainless steel mist eliminator?

The presence or absence of a mist eliminator directly determines the desulfurization efficiency. This is because both water mist and sulfate ions contain sulfur; without the mist eliminator to capture them, these substances would be directly released into the environment we depend on for survival, severely compromising the effectiveness of the desulfurization system.

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25

2020-11

Defogger function, blade type, and arrangement configuration

Release Time:Nov 25,2020

The common arrangements for demisters include horizontal, herringbone, V-shaped, and combined types. In large-scale desulfurization absorption towers, the herringbone arrangement is often used, as are V-shaped or combined arrangements (such as diamond-shaped or X-shaped). The horizontal type is typically employed in the horizontal section at the outlet of the absorption tower.

25

2020-11

System composition of the defogger

Release Time:Nov 25,2020

The mist eliminators in desulfurization systems typically consist of two main components: the eliminator body itself, and the flushing system with nozzles.

25

2020-11

System composition of the defogger

Release Time:Nov 25,2020

The mist eliminators in desulfurization systems typically consist of two main components: the eliminator body itself, and the flushing system with nozzles.

25

2020-11

The demister can separate gas from small liquid droplets.

Release Time:Nov 25,2020

In many industrial desulfurization processes, this type of mist eliminator is essential. This is because any production process involving such chemical raw materials will generate harmful water mist. This mist isn't simply composed of pure water; rather, it contains suspended solid particles, many of which are chemical compounds themselves. As a result, the mist exhibits significant corrosive properties. Consequently, if the absorption tower operates in such an environment, its internal components will inevitably suffer corrosion—even materials like steel cannot completely avoid this issue. Given the severe corrosive effects of these chemicals, steel simply lacks the strength to withstand them, and thus the components...

25

2020-11

The demister can separate gas from small liquid droplets.

Release Time:Nov 25,2020

In many industrial desulfurization processes, this type of mist eliminator is essential. This is because any production process involving such chemical raw materials will generate harmful water mist. This mist isn't simply composed of pure water; rather, it contains suspended solid particles, many of which are chemical compounds themselves. As a result, the mist exhibits significant corrosive properties. Consequently, if the absorption tower operates in such an environment, its internal components will inevitably suffer corrosion—even materials like steel cannot completely avoid this issue. Given the severe corrosive effects of these chemicals, steel simply lacks the strength to withstand them, and thus the components...