Gas Filtration System By Sangawar Pneumatic Company
Sangawar Pneumatic Company manufactures high-efficiency Gas Filtration Systems designed to remove solid particles, oil aerosols, moisture, and other unwanted contaminants from industrial gas streams. These systems play a critical role in maintaining clean gas supply, protecting equipment, and ensuring safe and efficient industrial operations.
Our gas filtration systems are engineered using advanced filtration technology and durable construction materials, making them suitable for demanding industrial environments. They help improve gas purity and support reliable performance in applications where clean and contaminant-free gases are essential.
Key Features
High-efficiency filtration for gases and vapors
Durable and corrosion-resistant filter housing
Capable of handling various industrial gases
Low pressure drop for energy-efficient operation
Long-lasting filter elements with reliable performance
Easy maintenance and simple filter replacement
Working Principle
The Gas Filtration System works by passing the gas stream through specially designed filter elements. As the gas flows through the filtration media, solid particles, oil mists, and other contaminants are captured and retained within the filter, allowing purified gas to move forward in the system. This process ensures that the gas delivered to downstream equipment remains clean and safe for industrial use.
Applications
Gas Filtration Systems from Sangawar Pneumatic Company are widely used in:
Chemical and Petrochemical Plants
Pharmaceutical Manufacturing Units
Industrial Gas Processing
Power Generation Plants
Food Processing Industry
Oil and Gas Facilities
Electronics and Semiconductor Industries
Benefits
Improves gas purity and system reliability
Protects sensitive instruments and machinery
Reduces maintenance costs and equipment wear
Enhances operational safety and process efficiency
Ensures consistent gas quality for industrial applications
Why Choose Sangawar Pneumatic?
Sangawar Pneumatic Company focuses on delivering high-performance filtration solutions for industrial gas systems. Our Gas Filtration Systems are designed with precision engineering, superior filtration media, and robust construction, ensuring dependable performance and long service life even in challenging industrial conditions.
Technical Specifications
| System types | Portable fume extractors, standalone dust collectors, centralized dust collection plants |
|---|---|
| Capacity range | 500 – 1500 CFM (portable) · 2000 – 5000 CFM (standalone) · 10,000+ CFM (centralized) |
| Filtration stages | Multi-stage: pre-filter + HEPA + activated carbon |
| Filter cleaning | Automatic pulse-jet cartridge cleaning |
| Efficiency | HEPA 99.97% @ 0.3 micron · MERV 15/16 |
| Standards | ISO 16890, HEPA, statutory emission norms |
| Filter media | Polyester needle felt / PTFE-coated / flame-retardant |
| Blower | Dynamically balanced centrifugal fan, VFD-compatible |
| Options | Acoustic insulation · ATEX explosion-proof for combustible dust |
All specifications are typical and fully customizable to your flow rate, pressure and dew point requirements.
Frequently Asked Questions
It removes solid particles, oil aerosols, moisture and other contaminants from industrial gas streams, delivering clean gas that protects downstream equipment.
Natural gas, nitrogen and a wide range of other process and industrial gases, with the media and housing selected to suit the gas.
The gas passes through specially designed filter elements that capture and retain contaminants, so only purified gas continues through the system.
Grades run from coarse particulate removal to fine coalescing elements that capture aerosols down to around 0.01 micron, depending on the purity you need.
A low pressure drop keeps energy use down and preserves supply pressure to your process, so you get clean gas without wasting compression energy.
Replacement is based on the differential pressure across the filter and the duty. When the pressure drop rises to the recommended limit, it is time to change the element.
In chemical and petrochemical plants, pharmaceutical manufacturing, power generation, food processing, oil and gas facilities, and electronics and semiconductor industries.
Selection is based on the gas type, flow rate, operating pressure and line size, plus the filtration grade required. Each system is configured to those parameters.