Product Overview

Environmental Protection Centrifugal Fans are industrial air-handling fans designed for waste gas exhaust, VOC gas treatment, dust extraction, flue gas handling, scrubber systems, desulfurization, denitrification, baghouse dust collection, and other industrial environmental protection applications.

EMS provides a complete range of industrial centrifugal fans, corrosion-resistant fans, high-temperature fans, dust extraction fans, explosion-resistant configurations, and heavy-duty environmental fans. Fan construction can be customized according to airflow, pressure, gas temperature, gas composition, dust concentration, corrosion level, and operating conditions.

These fans are widely used in steel, cement, chemical, paper, glass, waste incineration, food processing, wood processing, mining, and other industries.

Main Types

Industrial Waste Gas Exhaust Fan

Used to collect, transport, and discharge industrial process exhaust and contaminated air.

Industrial Dust Extraction Fan

Designed for dust extraction and air transportation in baghouse, cyclone, and centralized dust collection systems.

Dust Collection Centrifugal Fan

Suitable for transporting dust-laden air from industrial production processes.

VOC Waste Gas Treatment Fan

Used for the collection and transportation of VOC and organic waste gases in industrial exhaust treatment systems.

Scrubber Exhaust Fan

Used with wet scrubbers, absorption towers, and other gas treatment equipment.

Desulfurization Fan

Designed for industrial flue gas desulfurization systems, including absorption and flue gas circulation applications.

Denitrification Fan

Used in industrial flue gas denitrification and related gas treatment systems.

High-Temperature Environmental Fan

Designed for high-temperature flue gas, furnace exhaust, incineration, and thermal process applications.

Corrosion-Resistant Centrifugal Fan

Suitable for acidic, alkaline, humid, and other corrosive gas streams.

Heavy-Duty Environmental Fan

Designed for large-scale environmental systems requiring continuous operation under demanding industrial conditions.

Industrial Dust Collection Centrifugal Fan

Main Applications

EMS Environmental Protection Centrifugal Fans are suitable for:

Industrial Waste Gas Treatment
VOC Exhaust Systems
Dust Collection Systems
Baghouse Dust Collectors
Cyclone Dust Collectors
Scrubber Systems
Absorption Towers
Desulfurization Systems
Denitrification Systems
Industrial Flue Gas Treatment
Furnace Exhaust
Waste Incineration
Boiler Flue Gas Exhaust
Workshop Environmental Exhaust
Odor Control Systems

Main Industries

Typical applications include:

Steel & Metallurgy
Cement Plants
Chemical Plants
Paper Mills
Glass Manufacturing
Waste Incineration Plants
Wood Processing
Food Processing
Mining & Mineral Processing

Typical Technical Parameters

Parameter	Typical Range
Airflow	1,000–500,000 m³/h
Total Pressure	500–20,000 Pa
Static Pressure	300–18,000 Pa
Gas Temperature	-20°C to 500°C+
Motor Power	1.1–1,000 kW
Fan Speed	500–2,900 rpm
Fan Efficiency	Up to 85%+
Impeller Diameter	300–3,000 mm
Drive Type	Direct / Belt / Coupling
Fan Material	Carbon Steel / Stainless Steel / FRP / Wear-Resistant Steel
Operation	Continuous / Heavy-Duty
Installation	Horizontal / Vertical / Customized

The above values are typical engineering reference ranges. Final specifications should be determined according to the actual airflow, system resistance, gas temperature, gas composition, dust concentration, corrosion conditions, and installation requirements.

Key Design Features

Efficient Waste Gas Handling

Fan performance can be engineered according to system resistance, ductwork requirements, treatment equipment, and required airflow.

Corrosion-Resistant Options

Stainless steel, FRP, and other corrosion-resistant configurations can be selected for acidic, alkaline, humid, or chemically aggressive gases.

Wear-Resistant Dust Extraction

For abrasive dust-laden air, wear-resistant impellers, liners, and reinforced housings can be configured.

High-Temperature Operation

For boiler, furnace, and incineration applications, high-temperature materials, shaft cooling, and bearing protection can be incorporated according to actual operating conditions.