China Factory Rail-Mounted Screw Ship Unloader - 500 TPH for Cement, Fly Ash, and Mineral Powder Suppliers
Project Details
Project Introduction
The project is located at Zhenhai Port within the Ningbo-Zhoushan Port area in Ningbo. It consists of six storage silos of varying diameters, with a total storage capacity of 70,000 tons. The facility is equipped with two rail-mounted high-efficiency screw-type ship unloaders, each capable of handling 500 tph, designed for unloading 11,000 DWT bulk carriers. The project primarily focuses on the trade and operations of cement, fly ash, and mineral powder.
- Total Storage Capacity: 70,000 Tons (6 Silos)
- Unloading Capacity: 2 x 500 tph Screw Ship Unloaders
- Target Vessels: 11,000 DWT Bulk Carriers
Technical Features
Equipment Introduction
The ship unloader features environmental friendliness, high efficiency, intelligence, and cost-effectiveness. During the transfer process, it utilizes advanced workflows, intelligent automated filling, and integrated smart card management for end-to-end process control.
- Eco-Friendly & High-Efficiency Operations
- Intelligent Automated Filling System
- Integrated Smart Card Management
- End-to-End Process Control Workflows
Frequently Asked Questions
Where is the project located and what is its storage capacity?
The project is located at Zhenhai Port within the Ningbo-Zhoushan Port area in Ningbo. It features six storage silos of varying diameters with a total storage capacity of 70,000 tons.
What are the specifications of the ship unloaders installed at the facility?
The facility is equipped with two rail-mounted high-efficiency screw-type ship unloaders. Each unloader has a capacity of 500 tph and is designed to unload 11,000 DWT bulk carriers.
What materials does this project primarily handle?
The project primarily focuses on the trade and operations of cement, fly ash, and mineral powder.
What are the primary design advantages of the equipment?
The ship unloader is designed to offer environmental friendliness, high efficiency, intelligence, and cost-effectiveness.
How is the end-to-end process controlled during material transfer?
Process control is managed through advanced workflows, intelligent automated filling systems, and integrated smart card management for seamless end-to-end operations.
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Intelligence
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High Efficiency
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Revolution
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Environmental

