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The SCO HID cutter suction dredger is a special vessel commonly used in Marine engineering for mining seabed materials such as coral reefs. Bella-wang, International Sales Director, explains how this works in a systematic way.
1. Detection and positioning: Cutter suction dredgers first need to use sonar or other detection equipment to survey the seabed to determine the location and shape of the coral reef.
2. Positioning and anchoring: Once the location of the coral reef is determined, the cutter suction dredger needs to use the positioning system and anchoring equipment to stabilize itself in the target position to ensure the accuracy and safety of the work.
3. Excavation and suction: Cutter suction dredgers are equipped with powerful dredging devices, usually a rotating cutter suction head, which can dig up coral reefs and seafloor sediments. Dredging devices rotate and suck seabed material into the hull.
4. Transport and treatment: The inhaled coral reef and seafloor material is transported through a pipeline system to storage tanks or treatment equipment inside the hull. In these chambers, substances may be processed and sorted through processes such as screening, washing, separation, etc.
5. Storage and Unloading: The treated material is stored in storage tanks within the hull until the ship reaches the designated unloading point. At the unloading site, the substance can be discharged to the target location by a pump or other device, or by other transportation equipment for further processing and utilization.
The cutter suction dredger realizes the exploitation and utilization of seabed resources such as coral reefs by excavating and absorbing seabed materials, transporting, treating and unloading them. In this process, the ship needs to be stably positioned and anchored, the use of powerful dredging devices and piping systems, as well as appropriate handling equipment, to ensure the efficiency and safety of the work.
Each module is protected with waterproof material and shock-resistant foam, and reinforced with fixed straps and steel cables. Each package is accompanied by a detailed packing list and the necessary labels to ensure safe transportation and installation. Our professional packaging solutions are designed to protect all dredger parts from damage during transport.
The SCO HID cutter suction dredger is a special vessel commonly used in Marine engineering for mining seabed materials such as coral reefs. Bella-wang, International Sales Director, explains how this works in a systematic way.
1. Detection and positioning: Cutter suction dredgers first need to use sonar or other detection equipment to survey the seabed to determine the location and shape of the coral reef.
2. Positioning and anchoring: Once the location of the coral reef is determined, the cutter suction dredger needs to use the positioning system and anchoring equipment to stabilize itself in the target position to ensure the accuracy and safety of the work.
3. Excavation and suction: Cutter suction dredgers are equipped with powerful dredging devices, usually a rotating cutter suction head, which can dig up coral reefs and seafloor sediments. Dredging devices rotate and suck seabed material into the hull.
4. Transport and treatment: The inhaled coral reef and seafloor material is transported through a pipeline system to storage tanks or treatment equipment inside the hull. In these chambers, substances may be processed and sorted through processes such as screening, washing, separation, etc.
5. Storage and Unloading: The treated material is stored in storage tanks within the hull until the ship reaches the designated unloading point. At the unloading site, the substance can be discharged to the target location by a pump or other device, or by other transportation equipment for further processing and utilization.
The cutter suction dredger realizes the exploitation and utilization of seabed resources such as coral reefs by excavating and absorbing seabed materials, transporting, treating and unloading them. In this process, the ship needs to be stably positioned and anchored, the use of powerful dredging devices and piping systems, as well as appropriate handling equipment, to ensure the efficiency and safety of the work.
Each module is protected with waterproof material and shock-resistant foam, and reinforced with fixed straps and steel cables. Each package is accompanied by a detailed packing list and the necessary labels to ensure safe transportation and installation. Our professional packaging solutions are designed to protect all dredger parts from damage during transport.
