| Customization: | Available |
|---|---|
| Type: | Cutter Suction Dredger |
| Power Type: | Diesel |
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The steel-constructed Cutter Suction Dredger, designed as a non-self-propelled and dismountable vessel, boasts versatility for berthing and dredging in various waters, encompassing coastal zones and inland rivers. It can operate effectively under conditions akin to or less demanding than those designated in navigation area "A" or beneath the "A"-line stipulated by the Chinese regulations for inland river steel engineering ship construction.
This dredger excels in excavating and transporting cohesive sediments, with a classification not surpassing Grade III as outlined in the dredging engineering construction technique guidelines issued by the Ministry of Water Resources (MWR) of China.
The dredger's hull comprises three pontoons: a central pontoon housing the engine room and two flanking pontoons. Each component is dimensioned to facilitate transportation via road, rail, or waterway. The pontoons feature a swift connection-disconnection system facilitated by bolts at deck level, the hull's extremities, and bottom hooks. Furthermore, the dredger is powered by a marine engine, where the main engine serves as the driving force for both the dredge pump and the hydraulic pump. The hydraulic pump, in turn, powers auxiliary equipment including the cutter, swing and ladder winches, and the spud rams.
The hull is entirely crafted from welded steel, granting it the requisite strength for demanding dredging operations. The side pontoons are securely bolted to the main pontoon. The hull utilizes CCSB (shipbuilding steel plate), guaranteeing resilience and dependability in harsh dredging conditions.
| Cutter Suction Dredger Specs HP-CSD 6014 | |||
| No. | Item | Parameter | Remark |
| 1 | Product Name | HP-CSD6014 | |
| 2 | Total Length | 39.0m | |
| 3 | Hull Length | 29.0m | |
| 4 | Hull Width | 9.2m | |
| 5 | Hull Depth | 2.4m | |
| 6 | Average Draft | 1.5m | |
| 7 | Main Engine |
1650kw (2211HP); 1 set |
|
| 8 | Auxiliary Engine | KW; Generating unit; 1 set | |
| 9 | Dredging Depth | 14~16m | |
| 10 |
Pump Water Flow Capacity |
50003/h |
|
| 11 |
Discharge Distance |
1500m |
|
| 12 | Cutterhead Dia | m | |
| 13 | Pump Discharge Dia | mm | SHIJIAZHUANG |
| 14 | Pump Suction Dia | mm | |
| 15 | Solid Capacity | 1000-1400m3/h | |
| 16 | Working Weight of machine | 300Ton | |
| 17 | Spud Pile | ||
| 18 | Hydraulic Winch | ||
| 19 | Navigation Ability | ||
| 20 | Operation System |
PLC Control System and 100% Full Hydraulic system |
|
| 21 | Spare Part | Diesel engine tools,oliseal,eletric,welder and so on | |
Single-Operator Capability: Equipped with the most advanced PLC control system, enabling one-man operation for enhanced efficiency.
High-Efficiency Cutter/Wheel Drive: Introducing a new, highly effective cutter/wheel drive system to boost performance and productivity.
Dependable Hydraulic System: Features a reliable hydraulic system, ensuring smooth and consistent operation.
Freshwater Cooling: Incorporates a freshwater cooling system to maintain optimal component temperatures and extend equipment lifespan.
Pre-Delivery Assembly & Testing: Completely assembled and rigorously tested before delivery to guarantee reliability and performance.
Quick & Easy Assembly: Designed for very simple and rapid assembly, whether afloat or onshore, minimizing downtime and setup costs.
Standardized Design: Standard design allows for shorter delivery times, meeting your project needs promptly.
Readily Available Spares: Standard spare parts are kept in stock for immediate replacement, minimizing equipment downtime.
Coastal Waters Certification: Designed to meet the standards for a Coastal Waters Certificate, ensuring compliance and readiness for marine operations.
Optional Equipment: A range of optional equipment is available to tailor the dredger to your specific needs and enhance its capabilities.
The Cutter Suction Dredger: A Versatile Tool for Multiple Applications
The Cutter Suction Dredger is a pivotal piece of equipment in various industries and applications, showcasing its versatility and efficiency. Here's a closer look at how it serves crucial roles in different fields:
River Dredging:
In river dredging, the Cutter Suction Dredger efficiently removes silt, sand, and other obstacles from riverbeds. This ensures smooth navigation for vessels and enhances flood control capabilities by maintaining an adequate flow path for water. By keeping riverbeds clear, it also supports the health and stability of aquatic ecosystems.
Port Construction:
During port construction, the dredger is often deployed to dredge harbor basins, channels, and berthing areas. By excavating and cleaning these areas, it provides sufficient water depth and a safe environment for ships to dock and maneuver. This ensures the functionality and safety of ports, facilitating trade and maritime activities.
Coastal Protection:
The Cutter Suction Dredger plays a significant role in coastal protection projects. By excavating and transporting sediment, it helps construct protective embankments, beaches, and other structures. These structures serve as barriers against natural disasters such as wave erosion and storm tides, protecting coastal communities and ecosystems.
Lake Management:
In lake management, the dredger is used to remove silt and pollutants from lake bottoms. This improves water quality and supports the ecological environment by reducing the risk of algae blooms and other water quality issues. Cleaner lakes contribute to healthier aquatic ecosystems and better recreational opportunities.
Water Conservancy Construction:
The dredger is also essential in water conservancy construction. It is used for dredging and remediation of reservoirs, dikes, and other water conservancy facilities. By excavating and clearing obstacles, it ensures the normal operation and effectiveness of these structures, supporting agricultural irrigation, flood control, and other critical water management functions.
Land Reclamation:
Finally, the Cutter Suction Dredger can be used in land reclamation and land creation projects. By excavating and transporting sediment, it can fill low-lying areas or create new land for agricultural production and urban development. This supports sustainable land use and helps address challenges posed by population growth and urbanization.
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