Application-specific sizing
Filter area and geometry defined by actual operating conditions and particulate characteristics.
Industrial filtration
Bag filters
Particulate control and industrial dust collection, with engineering and manufacturing tailored to your process conditions.
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Filtration defined by process conditions
Kleema develops bag filters for particulate control in industrial processes, sized specifically for each application. Gas flow rate and temperature, particulate characteristics, and operating duty guide filter area definition, filter bag selection, and equipment construction configuration.
Design also covers bag cleaning and collected material discharge systems, considering operating and maintenance requirements. Each filter is designed to work with capture points, ductwork, and the fan, meeting process requirements and installation conditions.
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Large baghouse assembly
Cleaning and monitoring
Cleaning system and pressure drop monitoring specified for process requirements.
Integration with the installation
Material discharge, interfaces with other equipment, and inspection access considered in design.
Bag filters
Engineering applied to equipment
Each configuration combines filtration, construction, and operating decisions. Technical analysis guides component selection and filter integration into the system.
- Flow distributionGas inlet and internal geometry assessed for flow rate and dust loading.
- Filter elementsSelection based on temperature, moisture, gas composition, and particulate characteristics.
- Cleaning systemConfiguration and actuation defined for operating conditions.
- Material dischargeIntegration with rotary airlocks, double-flap valves, and screw conveyors as required by the application.
- InstrumentationMonitoring of pressure drop and process parameters according to scope.
- Inspection and maintenanceAccess and available space considered for routine equipment service.
In-house manufacturing includes controlled welding, material traceability, and dimensional and assembly inspections according to equipment scope. Materials and coatings are selected for expected temperature, corrosiveness, and wear.
Applications and industries
Filtration of particulate-laden streams in crushing, grinding, conveying, transfer, bagging, and drying. Configuration is defined according to the technology's compatibility with the process.
Cement and limeSteel and metallurgyMiningFertilizersChemical and pharmaceuticalCeramicsIncineration and waste treatmentFood and beverages
Technical information
Sizing starts with actual installation conditions. These are the main parameters assessed when specifying the filter.
| Flow rate and pressure | Operating conditions, flow variations, and available system pressure. |
|---|---|
| Temperature and moisture | Normal values, temperature peaks, and potential condensation. |
| Dust characteristics | Loading, particle size distribution, density, abrasiveness, and adhesion. |
| Filter elements | Selected for the gas, particulate, and application requirements. |
| Bag cleaning | Configuration and actuation defined by design and available utilities. |
| Construction materials | Defined by temperature and abrasion and corrosion conditions. |
| Discharge and instrumentation | Discharge equipment and monitoring resources according to scope. |
Shall we assess your application?
Tell our team which process needs filtration, the material characteristics, and operating conditions.