Name: Porous Metal Powder Sintered Stainless Steel Filters Catalyst Recovery
Brand: TOPTITECH
SKU: 212549418

The Micron Porous Metal Filtration System is used in petroleum and chemical production processes for high-efficiency separation of all liquid-solid and gas-solid. The metal powder sintered microporous metal filter element, which is commonly constructed of 316L stainless steel powder, and 304 stainless steel powder, forms the basis of the system. While maintaining the filtration effect, attaining the lowest pressure drop and highest backwashing recovery rate, this porous metal filter can adapt to the increased process temperature and pressure of refineries and chemical plants.

The Micron Porous Metal Filtration System in petrochemical production has the characteristics of high-temperature resistance, high-pressure drop, high solid content operation, liquid (gas) and solid high-efficiency separation, system internal backwashing to remove solids, continuous automatic operation, and can avoid frequent replacement and disposal of waste filter material to prevent environmental pollution.

Products Parameters

Material	SUS 304 316L
Outer diameter	Φ10~100mm
Length	10~1500mm (more than 1500mm can be welded)
Filtration accuracy	0.2um~100um
Porosity	30%-50%

Products Features

Highly porous structure

Porous metal powder sintered stainless steel filters have a highly porous structure that provides a large surface area for efficient catalyst recovery and separation.

High durability

These filters are highly resistant to corrosion and can withstand harsh operating conditions, making them ideal for use in a variety of industrial and scientific applications.

Efficient mass transport

The highly porous nature of these filters allows for efficient mass transport of catalysts and other materials, which is critical for the performance of catalyst recovery systems.

Easy to clean

Porous metal powder sintered stainless steel filters can be easily cleaned and reused, making them a cost-effective solution for catalyst recovery and separation.

Products Applications

Precious metal catalyst and precious metal powder recovery
Catalyst recovery mechanism in PTA production, CTA, and PTA
Coal to olefin (MTO) catalyst recovery system
Filtration of oil slurry and circulating oil in the catalytic cracking unit
Flue gas purification and dust suppression equipment for catalyst regeneration
System for filtering feedstock oil for the hydrogenation/coking process in refineries
System for filtering catalysts in the hydrogenation of Raney Nickel
High-purity gas filter for wafer, storage media, integrated circuit manufacturing process

Working Principle

The catalyst-containing liquid material enters the sintered filter from the outside and passes through the filter material before entering the filter. A filter cake is created when impurities that are bigger than the filter pores are caught and collected on the surface of the filter material. The filter cake can collect certain smaller water pollutants by bridging. When the contaminants reach a specific level, the import and export fluid valve closes, the compressed gas enters, and the filter cake is dried as the differential pressure increases to the system-set value. During the back-blowing procedure, the back-blowing gas pollutants are released, and the filter cartridge is renewed.

Why Recycle Catalysts

TOPTITECH Sintered Metal Catalyst Filter is a specialized system that utilizes catalysts for recovery and purification. Catalysts play an essential role in modern chemical industries, with approximately 80% to 85% of chemical production processes utilizing catalysts to speed up reaction rates and improve production efficiency.

Recycling deactivated catalysts has become necessary, particularly for metal catalysts. The TOPTITECH catalyst filter is designed to recover catalysts through automatic filtration and concentration, magnetic separation, fine filtration, and membrane separation. The economic benefits of TOPTITECH catalyst filters include reducing expensive material losses, improving product quality, reducing waste product discharge, meeting green environmental standards, reducing maintenance cycle and cost, reducing energy consumption, and improving recovery and purification rates.

Traditional coarse separation of catalysts typically employs sink tanks or vacuum filters, which are low cost but occupy a large area. Furthermore, their filtering area is vertical, leading to an uneven thickness of the cake, making it easy to crack and difficult to wash, filter material, filter cloth wears fast, and easy to block. They are extremely troublesome to use, and processing settling speed is not high, consuming a lot of time and labor, greatly increasing the total cost of investment. Compared to traditional processing equipment, cluster sintered metal filters can be used for flammable and explosive gases, toxic body powder, soft particles, deformable solids, high solid content filtration, and has a high dirt holding capacity. It can be completely used as centrifugal equipment, drying equipment pre-stage equipment.