Pinmi
Pinmi
Centrifugal pretreatment removes coarse particles and sparks before filtration. Low-pressure pulse cleaning reduces mechanical damage to filter bags, while PPS filter material supports demanding industrial flue gas conditions.
Inspection doors, maintenance platforms, ladders, ash hopper vibrators and star-type discharge valves improve daily operation and maintenance convenience.
The dust collector body uses sealed welded construction, anti-leakage design, rainproof top structure and reinforced steel modules. Flow-through parts use 304 stainless steel and Q235 composite plates according to the document design.
Aluminum melting furnace dust removal
Aluminum holding furnace flue gas purification
Dross processing dust collection
Aluminum wire rod production plants
The system is delivered as coordinated functional units, fully assembled and factory‑tested before shipment.
Capture hoods and pipelines to collect high‑temperature dusty flue gas from all emission points of aluminum CCR lines.
Removes coarse dust and sparks, mitigating fire risk and protecting filter bags.
HCDM‑series baghouse with PPS filter bags, offline pulse cleaning, ≥99.9% dust removal efficiency, automatic ash discharge.
280 kW G4‑73 induced‑draft fan with Siemens frequency converter for variable air‑volume control.
Ozone generator & injection unit for NOx oxidation, no ammonia required.
HCDMC‑II tower with spray, demisting and back‑wash modules for NOx absorption.
Full‑line PLC control, real‑time data monitoring, over‑temperature interlock and fault alarm.
Access doors, platforms, ladders, guardrails and two‑stage over‑temperature cold‑air protection.
Reference sizes cover most projects. Intermediate capacities and custom configurations are engineered on request.
| Item | Specification |
| System Application | Aluminum melting furnace, holding furnace and aluminum rod CCR line exhaust gas treatment |
| Dust Removal System Model | HCDM-3780-280KW |
| Design Processing Air Volume | 160,000 m3/h |
| Maximum Processing Air Volume | 181,440 m3/h |
| Dust Removal Efficiency | >=99.9% |
| Smoke Capture Rate | >=90% at each smoke collection point |
| Flue Gas Inlet Temperature | <=120 deg C for bag filter |
| Dust Collector Inlet Concentration | <=10 g/Nm3 |
| Dust Collector Outlet Concentration | <10 mg/Nm3 |
| Project Dust Emission Target | <5 mg/m3 according to design requirement |
| NOx Emission Target | <50 mg/m3 |
| Filtration Area | 3,780 m2 |
| Filtration Air Velocity | 0.8 m/min |
| Filter Bag Quantity | 1,260 pcs |
| Filter Bag Specification | Phi 159 / Phi 160 x 6000 mm |
| Filter Bag Material | PPS |
| Pulse Valve | 70 pcs, 3-inch submerged type |
| Cleaning Method | Offline pulse cleaning |
| Air Leakage Rate | <3% |
| Dust Collector Resistance Loss | <1800 Pa |
| System Pressure Requirement | >4500 Pa |
| Fan Motor Power | 280 kW |
| Fan Type | G4-73 series induced draft fan |
| Power Supply | 480V, 60Hz |
| Control Voltage | 110VAC, 60Hz / 24V DC |
| Signal Voltage | 24V DC |
| Noise Level | <=85 dB within 1 meter of equipment |
| Ringelmann Blackness | <=Grade 1 |
| Installation Type | Vertical column structure |
| Ash Discharge Valve Opening | 400 x 400 mm |
| Cleaning Air Pressure | 0.25-0.35 MPa |
Reference values — final parameters are confirmed during process design based on raw material, site conditions and product standard. Replace with your confirmed datasheet values before publishing.
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