YT Integrated Dust Removal and Denitrification Unit
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  • YT Integrated Dust Removal and Denitrification Unit

YT Integrated Dust Removal and Denitrification Unit

Applicable Fields: Widely applicable to all fields requiring denitrification of high-temperature flue gas, as well as resource recovery. Various smelting furnaces (closed furnaces, semi-closed furnaces) Silicon-based and ferroalloy series (industrial silicon, ferrosilicon, silicomanganese, ferrochrome, ferronickel, titanium slag, etc.) Nonferrous metallurgy (alumina, cobalt oxide, nickel oxide, vanadium pentoxide, rare-earth roasting, etc.) Iron and steel smelting (blast furnace, basic oxygen furnace, refining furnace, sintering machine, etc.) Energy storage and new energy materials (yellow phosphorus, lithium-ion battery materials, etc.) Energy and coal chemical industry (coal-to-gas, coal-fired boilers, biomass gasification, waste incineration, etc.) Building materials (glass kilns, cement kiln tails, etc.) Key Advantages are as follows: ● Dust removal is performed prior to denitrification; high-temperature dust removal serves as a pre-treatment for denitrification, creating a low-dust environment that mitigates the risk of fine silica powder clogging catalyst pores and ensures effective denitrification. ● Reduced heat loss from split-type piping, maintaining the high temperature required for denitrification. Lower heat loss enhances the utilization of waste heat. ● Reduced equipment footprint. ● Decreased system operating resistance, leading to lower power consumption and reduced operation and maintenance costs. ● The mixing space for flue gas and ammonia is expanded, and the mixing time is extended, resulting in more thorough mixing and higher denitrification efficiency.

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YT Industrial Dust Removal Equipment

Product Description

INTERMET

YT Integrated Dust Removal and Denitrification Unit

Reduced Footprint / High-Efficiency Denitrification

 

 

 

High-temperature dust removal and SCR denitrification are integrated into a single unit, which is divided into two functional sections: a high-temperature metal-membrane dust-collection section and an SCR catalytic denitrification section. These two sections operate independently yet are housed within the same equipment, forming an integrated dust-and-nitrogen-oxide removal system.

 

The main advantages are as follows:

1) Integrated dust removal and denitrification, with a compact structure, small footprint, and reduced capital investment.

2) Perform high-precision dust removal followed by catalytic treatment to fully protect the SCR catalyst from poisoning, thereby maintaining its long-term high-efficiency denitrification performance.

 

Implementation: The SCR denitrification system operates effectively in dusty environments and at medium-to-high temperatures, with the catalyst performing optimally within its designated temperature range, ensuring long-term, stable operation. Emission concentrations are maintained below 40 mg/Nm³, significantly exceeding the national ultra-low emission standards.

 

Areas of application:

It is widely applicable to all sectors requiring denitrification of high-temperature flue gases and resource recovery, including nonferrous metallurgy, iron and steel, building materials, waste-to-energy, coal-fired power, new energy, and chemical industries.
 

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