Ports and Terminals

Ports move enormous volumes of dry bulk under tight vessel schedules. SANTO mobile conveying systems give terminal operators the flexibility to load ships, build stockpiles and transfer between modes without fixed infrastructure.

Operating environment and handling challenges

Terminal operators face variable vessel sizes, multiple cargo grades and cycle times measured in hours, not days. Tidal windows, hatch geometry and environmental limits on dust and spillage all constrain conventional methods such as grabs, shore cranes and fixed quay belts.

Space on the quay is expensive and rarely available for permanent conveyors that serve a single berth. Weather, salt corrosion and continuous 24-hour operation demand equipment that is robust yet quick to reposition. Manual dumping and re-handling also inflate operating cost and product degradation.

A mobile approach lets the same asset serve several berths and cargoes, trimming capital tied up in single-purpose plant while keeping dust and noise inside permissible limits.

• Tidal and hatch access constraints demand slewing, luffing and telescopic reach
• Dust and spillage must be controlled to meet terminal environmental permits
• Quay space is limited, so equipment must relocate between berths quickly

How mobile conveying is deployed at the quay

A typical ship-loading train starts with a mobile ship loader fed by truck, hopper or a shore conveyor. The loader's radial and telescopic features let a single feeding point trim multiple hatches, cutting hatch-change downtime.

On the stockyard side, the tracked radial stacker builds compact, high-density piles (stacking height up to 15 m) with a ladder-fan pattern that lifts yard utilization. Grasshopper conveyors bridge the gap between a fixed feed and the moving stacker, extending reach without another drive unit.

Because every unit runs on diesel or electric power with remote control, one operator can manage loading and stacking simultaneously, and the whole system can be relocated mid-operation if the berth schedule changes.

Selecting equipment for your terminal

Match belt width and length to peak vessel rate. For 100–1500 t/h duties, SANTO conveyors in the 800–1600 mm belt range with 10–41 m lengths cover most bulk trades. Telescopic booms are worth the premium where hatch trim and reduced double-handling dominate cost.

Consider power source against shore power availability: electric drives cut emissions at the quay, while diesel gives freedom where cabling is impractical. Specifying sealed bearings and marine-grade paint protects against corrosion.

• Define peak t/h and vessel draft to size belt width and boom length
• Choose telescopic + radial for multi-hatch trim from one feed point
• Specify marine paint, sealed rollers and dust suppression for longevity

Productivity, safety and return on investment

Mobile systems remove the double-handling that loaders and grabs impose, directly raising effective throughput per shift. Continuous belt conveying is also gentler on cargo, reducing degradation of friable bulk and keeping grades cleaner.

From a safety and ROI standpoint, fewer truck movements and machine interactions mean fewer incidents, while the ability to redeploy one asset across berths and commodities spreads capital over far more tonnage. Most terminals recover the investment within the first season of extended berth utilization.

Frequently Asked Questions

Can one mobile ship loader serve multiple vessel sizes?

Yes. Radial slewing and telescopic booms let a single loader trim hatches across small coasters and large bulkers, repositioning between berths in minutes rather than days.

How is dust controlled during ship loading?

SANTO loaders use enclosed chutes, telescopic trimming that minimizes drop height, and optional water-spray or dry-collection points to stay within terminal environmental limits.

Do the conveyors run on shore power or diesel?

Both options are available. Electric drives suit berths with shore supply; diesel-electric units give full mobility where cabling is impractical.

What throughput can a mobile port system handle?

Configurations cover roughly 100–1500 t/h depending on belt width, material density and boom length, sufficient for most dry-bulk and marginal-ore trades.