High Temp-Resistant Mto Regeneration Flue Gas Filter System for Gas-Solid Separation

• Customization: Available
• Material: Metal
• Application: Industry, Textile, Metallurgy
• Model NO.: Customized Filter
• Filter Connector: Customized
• Filtration Grade: Customized
• Activated Carbon Filter Type: Customized
• Feature 1: High Strength and High Temperature Resistance
• Feature 2: Good Filtration Performance
• Feature 3: High Liquid Removal Efficiency
• Feature 4: Low Operating Pressure Drop
• Feature 5: Long Service Life
• Feature 6: Good Regeneration Performance
• Filtration Efficiency: 99.97%
• Transport Package: Wooden Crate
• Specification: filtration efficency over 99.99%
• Trademark: AEET
• Origin: China
• HS Code: 8421299090

Product Description

 

Name	Gas-solid separation device
filtration efficiency	99.97%

APPLICATION SCENARIOS

Located at downstream of the regenerator, it is used for recovering regenerated catalysts, ensuring solid content of exhaust gas below 20mg/Nm³.

With a fluidized bed reactor, Methanol To Olefin (MTO) makes raw materials of gas methanol contact with a catalyst to generate ethylene, propylene, and other compositions. MTO catalyst will generate and abrasion in sulfurization, it is hard to recover 0-5um fine catalyst powder with a cyclone separator fully, Therefore, flue gas will carry fine catalyst powder, and a regeneration flue gas filter is needed for final filtration;

 

 

Product Description

Multi-layers of metal woven mesh use a unique lamination design and vacuum press sintering.

A simple structure characterizes sintered metal mesh porous material, even mesh aperture distribution as ordinary metal woven mesh, but with high strength, good integrity, and stable and rigid mesh shape. Further, AEET can customize its pore size, permeability, and mechanical strength, which show excellent comprehensive performance.
 

FeAl Series
FeAl porous materials, a kind of porous material, are sintered after compression molding of pre-alloyed FeAl powder. As an Intermetallic compound, it considers the mechanical properties of metals and the corrosion resistance of ceramics, with stronger sulfur corrosion resistance than metals and higher mechanical strength and thermal shock resistance than ceramics. Therefore, it is widely used in circumstances such as filtration and purification in high-temperature sulfur-containing environments, for example, Fly Ash filters in Shell coal gasification and char filters in EGSA coal gasification.

Stainless Steel Series

Stainless steel is a common metal material resistant to air, water and other corrosion. Stainless steel porous material is a kind of porous material that is sintered after compression molding by stainless steel alloy powder with good heat resistance and corrosion resistance. It is widely used in gas-solid, liquid-solid separation and fluidization distribution in petrochemical, coal chemical, food, medicine and so on. The products such as the adsorption desulfurization filter of SZorb, raw oil filter, residue filter, oil slurry filter and aeration cone are included.

Superalloy Series

Superalloy is a metal material based on iron, nickel and cobalt, which can work for a long time above 600ºC with certain stress. With the performance of excellent high-temperature strength, good oxidation and thermal corrosion resistance, comprehensive performance of stainless steel, such as fatigue resistance and fracture toughness, superalloy is mainly applied to gas filtration, powder recycling under the high temperature, such as high-density ethylene catalyst filter.

High flux metal membrane

High flux metal membrane is compound porous material of wire mesh or metal fiber felt and metal powder. It makes full use of the toughness and flux of the support layer of wire mesh, and combined with the high-precision film of surface metal powder to form a high-flux, high-precision compound porous material with high-temperature and corrosion resistance. It has a wide range of application in the field of high-flux and low-resistance high-temperature gas dedusting, which is an ideal substitute for organic baghouse dedusting and electrostatic precipitator.

Main Features

- High-temperature and high-pressure resistance, corrosion resistance, high strength, and good thermal shock resistance

- Uniform porosity size, no blind pore

- High flux, superior permeability, and low drag reduction

- Smooth and simple pore channel, easy to regenerate, long service life

- Wide scope of material selection

Product Parameters

Material:	Stainless steel(310S,316L, 304), Copper Alloy, Inconel, Hastelloy, FeCrAlalloy, etc.
Operating temperature:	≤900ºC
Filtration rating:	≥1um
Type:	Metal Wire Mesh

Customized Materials:
Stainless steel: Such as SS 316L, SS 304, etc. These are commonly employed in stainless steel models, featuring excellent corrosion resistance and high-temperature stability.
Copper alloy: In some specific applications, copper alloy may be selected as the material for sintered metal mesh.
Special alloys: Inconel, Hastelloy, FeCrAlalloy, etc. These alloys possess outstanding high-temperature and corrosion resistance and are suitable for extreme conditions. Technical parameters:

Customized End Fitting:
End fitting refers to the hardware on each side of the sintered mesh filter cartridges. We also term the end fitting used to connect the filter adaptor. Various end fittings are accessible,such as DOE, 220, 222, 226, threads (NPT, BSP, G, M, R), and flanges, depending on your filter and filter tube sheet.

Weldless Dimensions:

Plate max	W 1000×L 1200mm
Cartridges Diameter	Ф3~100mm, Length ≤1000mm

We can provide customizable products to meet the requirements of different clients. Just contact us for the high-quality sintered metal mesh filter for sale!

Application & Instruction

Petrochemical: Rectisol process (solid-liquid separation), etc.

Coal chemical: Raw oil filtration, dust collector filter, etc. Shipping industry: Ballast water treatment

Aviation industry: Hydraulic oil filtration

Metallurgical equipment: Fluidizing plate/tank

Biochemical: Gas-liquid separation

Detailed Photos

 

 

Company Profile

AT&M Environmental Engineering Technology Co., Ltd. (AEET) is a high-tech company held by Advanced Technology & Materials Co., Ltd (stock code:000969), under the control of Chinalron & Steel Research Institute Group (CISRl), a state-owned company founded in 1952.

AEET is an integrated filtration and separation solutions supplier from ClSRl's 70 years of R&D and Industrialization.

Today, AEET has developed a series of efficient filtration and separator elements and systems independently, widely used in liquid purification and filtration, gas dedusting, flow state distribution, and gas-liquid-solid3-phase separation in the petroleum industry, coal chemical industry, aviation industry, shipping industry, machinery industry, etc.

 

Welcome to our factory

What We Do

INDUSTRIAL FILTRATION & PURIFICATION HYDROGEN ENERGY

• High-efficient & energy-saving porous metal filter elements
• Reliable filtration & separation systems and solutions
• Key materials & equipment for hydrogen energy
• Integration solutions to hydrogen energy

Our Advantages

Certification
 

 

Packaging & Shipping

 

FAQ

Q: Are you a trading company or manufacturer? Where are you? Can I visit you?
A: We are a factory locale so you can visit us anytime.

Q: How long is your delivery time?
A: General 3-7 days if the goods are in stock. According to quantity, 7-35 days if the goods you request are out of stock.

Q: Do you provide samples? Is it free or extra?
A: Yes. We could offer the sample free of charge; you only need to pay the courier fee.

Q: What are your terms of payment?
A: T/T (with 30% in advance), L/C at sight. Western Union. Paypal

Q: Can you give a warranty on your products?
A: We extend a 100% satisfaction guarantee on all items. Please feel free to give feedback if you are dissatisfied with our quality or service immediately. For overseas orders, we guarantee most accessories. Provide emails with details, including pictures or a short video; we will send a guide manual or replacements at our cost to repair.