Catalyst carrier metal felt filter element

Catalyst carrier metal felt filter element Metal fiber Felt media has one distinct advantage: higher porosity resulting in lower pressure drops and more efficient cleaning or backpulsing.

Metal fiber filtration media is composed of very small fibers from stainless steel. These small fibers are sintered to form a stable matrix.

Main  advantages:

extremely high porosity (up to 87%)

capable of higher flow rates

longer on-stream life

lower pressure drop

cleanable (chemical, backflush, backpulse, ultrasonic)

high temperature resistance

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All porous products, whatever the material of construction, have specific properties and limitations which must be taken into account in design and manufacturing processes. Proper attention to these characteristics will help control costs in manufacturing, while at the same time, produce the best combination of properties and performance.

In order to select the best media for any application, you should be able to provide Mott with the following information:

Primary application considerations

• Desired particle retention
• Process temperature
• Pressure drop
• System pressure
• Flow rate
• Corrosive effects, if any
• Operating fluid – type, density, viscosity

Primary media considerations

In some cases, you may already know what type of Mott media is the best choice for your application. Standard products are designated by shape and media grade, but other characteristics may be altered to “fine tune” product performance:

• Pore size
• Pore size distribution
• Number of pores per unit area

Filtration Applications

Chemical/Petrochemical

Corrosive liquids, gases
Air, nitrogen, carbon dioxide, argon, helium, ammonia
Process steam
Oxygen (filters cleaned and certified for 02 service)
Solvents, ketones, esters, amines, liquid hydrocarbons, polymers
Feedwater and makeup water
High-temperature liquids, gases
High-pressure ethylene gas
Cryogenic fluids
Ethylene glycol
Catalyst retention, fluid bed reactors
Catalyst recovery, slurry phase reactors
Chemical waste processing prior to disposal in deep injection wells
High-efficiency solids recovery or liquid cycling