Wenzhou Xinkun Industrial Rail-Mounted Screw Ship Unloader - High Capacity Factory Solutions from China Suppliers
Project Introduction
Cement, mineral powder, and fly ash from the 20,000 DWT vessel docked at the berth are unloaded and conveyed via the screw conveyor of the ship unloader to the shore-side belt conveyor. They are then transported to the storage area through the rear conveying system, achieving an annual throughput of 3 million tons per year.
📍 Annual Throughput: 3 Million Tons
Equipment Introduction
The powdered materials are collected by the reclaimer, then conveyed by the reclaiming screw conveyor, followed by the crucial height lifting completed by the vertical screw conveyor, and finally transferred through the horizontal section of the horizontal screw conveyor to the belt conveyor at the bottom of the ship unloader's gantry crane, thus fulfilling the continuous ship unloading operation of the materials.
⚙️ Continuous Unloading Operation
Frequently Asked Questions
Q1: What is the annual capacity of this ship unloading system?
The system achieves an impressive annual throughput of 3 million tons per year.
Q2: What types of materials can the Rail Mobile Screw Ship Unloader handle?
It is specifically designed to handle powdered materials such as cement, mineral powder, and fly ash.
Q3: What size of vessels is this equipment compatible with?
The equipment is optimized for unloading from vessels up to the 20,000 DWT (Deadweight Tonnage) class.
Q4: How is the material lifted from the ship to the shore?
Height lifting is efficiently managed by a vertical screw conveyor after the material is collected by the reclaimer.
Q5: Where does the material go after leaving the ship unloader?
Materials are transferred to a shore-side belt conveyor and then transported to the storage area via a rear conveying system.
Q6: Does the equipment allow for continuous operation?
Yes, the integration of reclaiming, vertical, and horizontal screw conveyors ensures a continuous ship unloading operation.
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Intelligence
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High Efficiency
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Revolution
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Environmental

