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Alemania
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Filtro intensivo Himenviro Technologies GmbH
Neustraße 45 - 49, 42553, Velbert, Alemania - +49 20534200990
OFICINA REGIONAL

Gran Bretaña
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Filtro intensivo Himenviro UK Limited
47, Bath Street WS13BX, Wallsall West Midlands, Gran Bretaña - +44 1922 628893
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Emiratos Árabes Unidos
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Filtro intensivo Himenviro Technologies FZE – LLC
Centro de negocios, Zona franca de Sharjah Publishing City, Sharjah, Emiratos Árabes Unidos - +971-556074697
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India
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Filtro intensivo Himenviro Private Limited
D-247/11, Sector-63, Noida - 201301, Uttar Pradesh, India - +91-120-4642-500
OFICINA REGIONAL

India
-
Filtro intensivo Himenviro Private Limited
D-247/11, Sector-63, Noida - 201301, Uttar Pradesh, India - +91-120-4642-500
OFICINA REGIONAL

India
-
Filtro intensivo Himenviro Private Limited
D-247/11, Sector-63, Noida - 201301, Uttar Pradesh, India - +91-120-4642-500
Hogar » Industrias » Acero y metal
Steel & Metal Air and Dust Filtration Solutions
The steel and metal industries generate intense levels of airborne pollutants, including fine dust, metal particles, and fumes, which, if uncontrolled, can lead to environmental contamination, health risks for workers, and equipment damage. Our air and dust filtration systems are tailored to handle these high-demand environments, capturing emissions from melting, smelting, casting, and finishing processes. Engineered to withstand high temperatures and particulate loads, our solutions improve air quality, enhance regulatory compliance, and protect workforce well-being, ensuring a cleaner, safer production environment.
Dust Filtration Process in the Steel & Metal Industry
El horno de arco eléctrico se utiliza para la fabricación de aceros de construcción, aceros de alta calidad y aceros inoxidablesAdemás, se utiliza para la fabricación de carburo y cristales sintéticos.
Las plantas de desempolvado para hornos de arco eléctrico extraen y limpian completamente los gases residuales primarios del horno de arco, así como los gases residuales secundarios que se generan durante la fusión, el vaciado o la carga y el desescoriado. Los gases residuales que se forman en el horno de cuba, durante la manipulación de materiales y en otras instalaciones conectadas se extraen y se tratan.

Filtro para campana de techo
Filtro para EAF
- 1. Capota de techo
- 2. Filtro para campana de techo
- 3. Ventilador
- 4. Chimenea
- 5. Horno de arco eléctrico
- 6. Tubos refrigerados por agua
- 7. Intercambiador de calor
- 8. Filtro para EAF
- 9. Ventilador
- 10. Convertidor
Especificaciones requeridas
Título del filtro PJM
Datos de diseño típicos
|
Capota de techo
|
---|---|
Volumen de gas
|
1,000,000
|
Temperatura del gas
|
80
|
Tipo de polvo
|
Residuos de combustión de óxidos de hierro
|
Contenido de polvo residual
|
< 10
|
Contenido de polvo de gas crudo
|
< 5
|
Limpieza
|
en línea / fuera de línea
|
Medio filtrante
|
Poliéster
|
Diseño a prueba de explosiones
|
no es necesario
|
Absorbente
|
no es necesario
|
Título del filtro PJM
Datos de diseño típicos
|
Horno de arco eléctrico
|
---|---|
Volumen de gas
|
120,000
|
Temperatura del gas
|
120
|
Tipo de polvo
|
Residuos de combustión de óxidos de hierro
|
Contenido de polvo residual
|
< 10
|
Contenido de polvo de gas crudo
|
< 5 – 10
|
Limpieza
|
en línea / fuera de línea
|
Medio filtrante
|
Poliéster
|
Diseño a prueba de explosiones
|
no es necesario
|
Absorbente
|
no es necesario
|
Applications for Steel & Metal Dust Control

Controls dust and fumes released during smelting and melting, capturing hazardous particles generated in high-temperature furnaces.

Reduces emissions from casting operations, capturing airborne particulates and metal fumes that can impact air quality.

Removes fine dust and metal shavings produced during grinding and polishing, preventing contaminants from affecting product quality and worker safety.

Controls dust generated during material handling, transport, and storage, minimizing particle release into the work environment.
Regulatory Landscape for Dust Control
|
---|
Air Quality Standards Compliance
|
Worker Health & Safety Compliance
|
Fire & Explosion Hazard Prevention
|
Environmental Protection Compliance
|
Real-Time Emission Monitoring
|
Heat Resistance
|
Reduced Maintenance & Downtime
|
Product Quality Assurance
|
Lower Operational Costs
|
Dust Control Challenges
|
---|
High Dust and Fume Levels
|
Worker Health Risks from Metal Particles
|
Stringent Environmental Regulations
|
Fire & Explosion Hazards
|
Contamination of Final Products
|
Abrasive Dust Wear on Equipment
|
Temperature Tolerance Requirements
|
Managing Large Dust Collection Volumes
|
Minimizing Maintenance-Related Downtime
|
Key Considerations for Effective Dust Control
|
---|
Targeted Capture at Emission Points
|
Durability Under High Temperatures
|
Optimized Airflow & Pressure Control
|
Heat-Resistant Filtration Materials
|
Regular Maintenance Protocols
|
Industry-Standard Compliance
|
Flexible, Custom Solutions
|
Risk Mitigation for Combustion Hazards
|
Dedicated Systems for Different Production Stages
|
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Preguntas frecuentes
In steel and metal processing, common filtration systems include baghouse filters, electrostatic precipitators (ESPs), wet scrubbers, and cyclone separators. Baghouse filters use fabric bags to capture dust particles, while ESPs use electrical charges to remove particulates from exhaust gases. Wet scrubbers remove pollutants by introducing a scrubbing liquid, and cyclone separators use centrifugal force to separate dust from gas streams. The choice of system depends on factors such as particle size, gas temperature, and specific process requirements.
Filtration systems enhance air quality by effectively capturing and removing particulate matter and pollutants generated during metal processing. By reducing emissions, these systems help facilities comply with environmental regulations and standards, thereby minimizing their environmental impact and promoting a safer workplace.
ESPs offer high efficiency in removing fine particles, achieving up to 99% efficiency, which is particularly beneficial in steel manufacturing where flue gas emissions often contain fine dust particles. They are capable of handling large gas volumes and operate effectively at high temperatures. Additionally, ESPs have relatively low pressure drops, resulting in lower energy consumption during operation.