China Suppliers Factory: Rail-Mounted Screw Ship Unloader for Intelligent Port Powder Transfer, 500 TPH Capacity
Project Introduction
The project is located at Weihai Port on the Jiaodong Peninsula in Shandong Province, with an annual throughput of 2 million tons of powder materials. It is equipped with one environmentally friendly intelligent ship unloader with a capacity of 500 tph, and four powder storage silos, each with a storage capacity of 10,000 tons, totaling 40,000 tons of material storage. Two intelligent bulk loaders are installed under each silo, requiring no manual attendance. The entire project can achieve unmanned operation.
Equipment Introduction
This project is an integrated solution that combines high efficiency, environmental protection, and automation, aiming to achieve rapid handling, storage, and distribution of bulk materials such as cement, fly ash, and mineral powder. The system typically consists of multiple intelligent subsystems, with core equipment working collaboratively to realize unmanned and digital management throughout the entire process.
Core Handling Equipment
Environment-friendly continuous screw ship unloader: This is the core of the entire transshipment system. It uses a rotating screw mechanism that extends into the ship's hold to continuously convey materials to the transport system, enabling efficient and dust-free unloading. With a rated unloading capacity of up to 500 tph, it also offers significant energy-saving advantages.
Intelligent Control System
Central Control System: This serves as the "brain" of the project, responsible for monitoring and managing the operational status of all production equipment. Through industrial Internet of Things (IoT) technology, it enables automated control of the entire process, including unloading, conveying, storage, and loading.
AI-Powered Intelligent Guidance and Monitoring: AI vision technology is integrated into processes such as ship loading and bulk dispensing, guiding equipment to automatically complete target positioning, alignment, and operations, thereby enhancing precision and safety.
Digital Management Platform: This platform integrates data from three core areas—production control, product sales, and financial management—enabling full-process digital traceability and closed-loop management. It improves operational efficiency and the scientific basis for decision-making within the enterprise.
In summary, the terminal's intelligent powder transshipment project, through the coordinated operation of the aforementioned equipment, establishes a modern logistics system that is fully intelligent and environmentally friendly, covering the entire process from unloading to delivery.
Frequently Asked Questions
What is the annual capacity of the Weihai Port powder materials project?
The project is designed to handle an annual throughput of 2 million tons of powder materials efficiently.
What storage capacity is available at the terminal?
The terminal is equipped with four powder storage silos, each holding 10,000 tons, resulting in a total storage capacity of 40,000 tons.
How does the continuous screw ship unloader ensure environmental protection?
It features a fully enclosed rotating screw mechanism that extends into the ship's hold, enabling continuous, dust-free material conveying to prevent environmental pollution.
What is the unloading efficiency of the core handling equipment?
The environment-friendly continuous screw ship unloader has a rated unloading capacity of up to 500 tons per hour (tph).
How is unmanned operation achieved in the storage and loading processes?
Unmanned operation is realized through two intelligent bulk loaders installed under each silo that require no manual attendance, coordinated by a central IoT-based control system and AI vision guidance.
What functions does the Digital Management Platform perform?
The platform integrates data from production control, product sales, and financial management to enable full-process digital traceability and data-driven decision-making.
Intelligence
High Efficiency
Revolution
Environmental