1.1 Ore crushing, screening and transfer processes can generate substantial amounts of airborne dust. Effective source capture helps control dust migration within the production area.

1.2 Water mist or spray suppression may be used at selected dust-generation points. The suitability of suppression depends on the ore properties, process requirements and downstream material-handling conditions.

1.3 When the captured air contains high moisture or sticky dust, conventional dry filter media may experience blinding or difficult cleaning. Collector selection must be based on moisture content, particle characteristics, temperature and required performance.

1.4 The EHWD wet dust collector uses water as the scrubbing medium and does not require filter cartridges or filter bags. It can be considered for suitable moisture-laden mineral dust applications following technical evaluation.

1.5 Typical applications may include selected ore-crushing, screening and material-transfer processes where the extracted dust is compatible with wet collection.

1.6 Process air containing moisture or water vapor requires review of inlet temperature, condensation, corrosion, water chemistry and downstream discharge conditions before equipment selection.

1.7 Fan pressure draws the contaminated air through the internal airflow and water-contact section. Turbulent gas-liquid contact helps capture dust before the air leaves the collector.

1.8 The primary wet-scrubbing process does not rely on a circulation pump or spray nozzles. This reduces nozzle-related maintenance, while routine inspection, water-quality control and sludge removal remain necessary.

1.9 Equipment dimensions and connection arrangements can be adapted according to confirmed airflow, site space and customer drawings. Installation and system design remain subject to project-specific engineering requirements.