Demisters are utilized in petroleum refining, petrochemical industry, gas chemistry, synthetic chemistry, salt and sugar manufacturing, chemical industries, also in packed towers, dust arrestors and air filters in various enterprises, or for chemical-reaction acceleration with catalyst (in both separation and reaction). Other applications include the special gasket in cabinets of electronics instruments and vibration and sound insulation. Demister filters provide stable performance even in highly corrosive environments due to their superior resistance.

How Demister Pads Work:

Demister Pads are used in petroleum refining, petrochemicals, gas chemistry, and synthetic chemistry to help protect equipment from the buildup of these materials, which can lead to corrosion and other costly damages. In addition, mesh pads can help reduce the amount of airborne particles, thus helping to maintain a healthy and safe workplace.

When Mist Eliminator Pads are used in salt and sugar manufacturing and other chemical industries, they help to prevent the formation of salt and sugar deposits on machinery, thus helping to keep equipment free from build-up and working efficiently.

Demister pads offer highly cost-effective solution in distillation columns. Distillation columns are used to separate a liquid mixture into its component parts. The process involves the formation of numerous liquid mixtures of different compositions. Knit mesh demister pads play an important role in the distillation process and can offer valuable cost savings to businesses.

Demister pads help in this separation process by acting as a filter and preventing the intermixing of the liquid components. The pads are designed to have a very small pore size, allowing them to capture any droplets that are too large to be separated by the distillation process. This helps to ensure a higher degree of accuracy and consistency in the distillation process, while also preventing the formation of large amounts of waste material.

Demister pads are essential to the safe and efficient operation of Vacuum Towers in petroleum refineries and other chemical industries. Vacuum Towers are tall cylindrical tanks with a cooling system at the bottom. Inside these towers, vapors and gases are condensed into liquid form, typically by a cooling coil or jacket. The resulting liquids are then collected at the bottom of the tower, while the remaining vapors move up and out of the tower.

Furthermore, demister pads help to improve the operation of Vacuum Towers by preventing the loss of valuable hydrocarbons. As the pads trap and remove the liquid droplets, they also prevent them from evaporating back into the gas stream, thus increasing the efficiency of hydrocarbon recovery.

As the droplets move up and out of the tower, they can become entrained in the outflowing vapor stream, which can lead to blockage or corrosion in pipes and other downstream equipment. To prevent this from happening, demister pads are installed at the top of the tower, where they capture and remove any stray droplets of liquid from the gas stream.

Using of Mist Eliminator Pads are highly efficient, providing superior protection for all types of equipment and ensuring that it is operating at optimal temperatures.

The use of demister pads is also beneficial in terms of cost since the pads are reusable and can be cleaned for repeated use, the cost savings associated with their usage can be quite significant.

The durable construction of these pads also make them ideal for long-term use. They are designed to withstand harsh environmental conditions, such as extreme temperatures, humidity, and dust, so you do not need to worry about having to replace them anytime soon. Plus, given their lightweight design, their easy installation can help you save time and money.

Demister pads classification according to applications:

1. Polypropylene Demister Pad: This type of pad is made from polypropylene and is suitable for use in a variety of liquid/vapor applications, including humidifiers, coolers and condensers.

2. Polyester Demister Pad: This type of pad is made from polyester and is designed for use in applications where high efficiency coalescing of moisture is required such as gas purification and air-conditioning systems.

3. Wire Mesh Demister Pad: This type of mesh pad is made from metal mesh and is highly effective in removing small droplets of liquid or vapor from high-pressure, high-temperature gaseous streams.

4. Fibreglass Demister Pad: This type of pad is made from fibreglass fabric and is designed for use in applications like cooling towers, radiants and heat exchangers.

5. Coated Wire Mesh Demister Pad: This type of pad is made from coated wire mesh and is suitable for use in air-conditioning, petrochemical, pharmaceutical and automotive industries.

6. Perforated Plate Mist Eliminator for the high performance in the flue gas velocity.

7. Knitted Wire Mesh Demister Pad: This type of pad is made from knitted wire mesh and is suitable for use in applications such as heat exchangers, evaporators and jet engines.

8. Foamed Demister Pad: This type of pad is made from foam and is suitable for use with fluids of various viscosities.

9. Meltblown Demister Pad: This type of pad is made from meltblown fibers and is designed for use in gaseous streams with particles of various sizes.

10. Nonwoven Demister Pad: This type of pad is made from nonwoven fabrics and is ideal for applications that require high efficiency of liquid/vapor droplets removal from high-pressure gas streams.

Mist Eliminator Pads work as cost-effective solution to help protect equipment in a range of chemical industries. These pads are designed to capture mist, oil, and other aerosols, thereby helping to keep equipment clean and operating efficiently in following devices:

1. Vacuum Tower - Using of demister pad will improve the quality of oil gas.
2. Absorber - Used in gasoline plants as absorber device.
3. Knockout Drums and Separators.
4. Gas Separator Vessels - Hydrocarbon in gases is collected so gas of 1/0.1 billion purity is produced out.
5. Evaporator - Product loss goes down and purity is remarkably improved.
6. Scrubber - In the field of caustic soda, the demister is used to prevent air pollution.
7. Distillation Column - Using of demsiter pad will greatly improve the purity.