Bag Filters (fabric filter systems) provide a proven, high-efficiency solution for industrial air pollution control. By capturing dust and particulate matter on durable fabric filter bags, these systems ensure that only clean air is released from the process. Automatic pulse-jet cleaning keeps the filter bags continuously operational, delivering stable performance without manual intervention.
At ELWO Engineering, we combine practical engineering expertise with robust, modular design to deliver bag filter systems that perform reliably under demanding industrial conditions. The result is extremely low emissions, operational stability, and confidence in meeting even the strictest environmental standards.
Why Choose ELWO Bag Filters
- Outstanding dust removal performance – emissions often below 5 mg/Nm³
- Compliance without compromise – designed for the toughest emission limits
- Reliable, continuous operation – proven pulse-jet cleaning technology
- Flexible and scalable design – adaptable to changing process conditions
- Wide industrial applicability – suitable for diverse dust characteristics
Engineered for Your Process
ELWO bag filter systems are designed as pulse-jet cleaned fabric filters with a modular housing concept, allowing precise adaptation to gas flow, dust load, temperature, and available installation space. Single- or multi-compartment configurations enable online maintenance without process interruption and provide flexibility for future expansion.
Industrial Applications
- Cement, lime, and mineral processing
- Steel plants and foundries
- Chemical and pharmaceutical production
- Food processing and biomass industries
Bag filter systems can be combined with sorbent or activated carbon injections for effective removal of acid gases, heavy metals, and organic pollutants.
Value You Can Rely On
- Extremely low and stable dust emissions
- High flexibility for varying dust loads and process conditions
- Simple maintenance, retrofit, and expansion options
- A proven BAT-compliant solution for clean and efficient operation
