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Ports, Terminals & Bulk Material Transfer

Dust suppression, baghouse filters, air handling equipment, and screw conveyor/rotary valve integration at conveyor transfer, loading/unloading, silo, and hopper points.

Ports, Terminals & Bulk Handling

Hantech Filter industrial dust collection system for Port, Terminal, and Bulk Material Transfer

Ports, Terminals & Bulk HandlingBaghouse filters + spare parts

Industry solution

Ports, Terminals & Bulk Material Transfer

Dust suppression, baghouse filters, air handling equipment, and screw conveyor/rotary valve integration at conveyor transfer, loading/unloading, silo, and hopper points. Dust load, operating temperature, maintenance access, and emission targets at each process point determine the product selection.

Baghouse filter / dust collector selection

Filter bag and filter cage compatibility

Pulse-jet valve and compressed air system

Rotary airlock, screw conveyor and fan integration

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Equipment scope for Ports, Terminals & Bulk Material Transfer

Filter, fan, filter bag, filter cage and auxiliary equipment selection by process

At ports and terminals, ship/vehicle unloading, conveyor transfer, elevators, and hopper/silo filling create high, wind-driven dust peaks. Mobile or centralized filters, fans, hoods, and enclosed conveying equipment are selected based on the material and operating speed.

Process filtration, fan, and equipment scope for Ports, Terminals & Bulk Material Transfer

Process-based system approach

The filter housing, fan, ductwork, filter element, pulse-jet system and discharge/conveying equipment are not independent of one another; they are evaluated as components of the same operating point.

Information clarified before quoting

Material: Grain, mineral, fertilizer, clinker, and density
Capacity: t/h discharge and simultaneous transfer
Wind/opening: Hopper and loading geometry
Transfer geometry: Belt speed, chute, and drop
Silo pressure: Filling air and venting

Equipment scope by process point

Process Dew Point	Filter / dust-fume solution	Fan, ductwork and conveying equipment	Critical selection grade
Ship unloading/hopper	Extraction panels around the hopper and a central filter	High-flow air-handling equipment, damper, and telescopic connection	Wind, sudden dumping load, and open surfaces
Belt transfer towers	Transfer chute extraction and local filter	Conveyor fan, duct, and damper	Drop height, belt speed, and leakage gaps
Bucket elevator	Head/foot aspiration	Elevator fan equipment and explosion safety compliance	Grain/dust accumulation and elevator pressure
Silo filling/discharge	Filter on top of silo	Pneumatic transfer, rotary valve, air slide/screw conveyor	Filling peak flow rate and silo pressure
Truck/railcar loading	Telescopic shot suction	Local fan and flexible ducting	Variable vehicle height and wind

Equipment groups used in this industry

Hopper dedusting fan

Provides high flow rate during ship/vehicle unloading.

Transfer tower air-handling equipment

Local negative pressure at conveyor chute points.

Elevator aspiration fan equipment

Collects head/foot leakage dust.

Silo/loading fan equipment

Handles the peak flow rate at filling and the telescopic chute.

Product families we offer for Ports, Terminals & Bulk Material Transfer

Central baghouse filter

For hoppers and transfer towers.

Compact silo/local filter

For elevator and silo points.

Cyclone/pre-separator

For coarse mineral or grain fractions.

Antistatic/abrasion-resistant bag-cage

Media/coating selected according to the material.

Rotary valve, screw conveyor, bucket elevator, and air slide

Bulk material transfer.

Air handling equipment, duct, damper, and flexible connection

Suitable for mobile/variable operations.

How do we determine capacity and technical specifications?

Exact capacity is not set by a catalog name; it is determined by process flow rate, system pressure, temperature, material/dust behavior and discharge continuity.

technical data	Required site / process information	Impact on selection
Material	Grain, mineral, fertilizer, clinker, and density	Determines wear/ATEX/media requirements.
Capacity	t/h discharge and simultaneous transfer	Determines the hood/fan equipment/filter.
Wind/open area	Hopper and loading geometry	Determines the capture flow rate.
Transfer geometry	Belt speed, chute, and drop	Determines dust generation.
Silo pressure	Filling air and venting	Determines silo filter safety.