Dredge Pump: The heart of the attachment, capable of suctioning and transferring sediment, slurry, and debris.

Dredge Cutter: Installed on the pump to create an autonomous excavation system for compacted soil,increase solid production.

Boom Mounting Bracket: Securely attaches the dredge pump to the excavator boom, providing stability and support during operation.

Hydraulic Power System: Enables the control and operation of the dredge pump, utilizing the excavator’s hydraulic power.

Hydraulic oil hose:Connecting dredge pump with hydraulic power system.

Discharge Hose: Transport solid from the dredging pump site to dumping site.

Hydraulic dredge pump operates by utilizing the hydraulic system of the excavator to power the dredge pump for operation. Once the excavator is positioned near the dredging site, the bucket is removed and replaced with the dredge pump, which is then submerged into the sediment underwater. Subsequently, material is sucked in by the dredge pump to form slurry, which is then conveyed through discharge pipelines. The mobility and maneuverability of the excavator allow precise control and targeting of dredging operations, even in narrow or hard-to-reach areas.

Equipped with a stirring device, the pump prevents clogging and ensures effective mixing of solids with liquids. It can handle solid materials with a maximum particle size of 50mm and achieve a solid-liquid extraction concentration of up to 40%.

The utilization of hydraulic dredge pump offers numerous advantages over traditional dredging methods:

• Cost-Effectiveness: Eliminates the need for standalone dredging vessels, reducing capital investment and operational expenses.
• Versatility: Integrates dredging capabilities with existing excavator machinery, enabling multi-functional use in construction, excavation, and dredging projects.
• Accessibility: Enables dredging in shallow or confined areas inaccessible to traditional dredging vessels, enhancing operational flexibility.
• Efficiency: Streamlines dredging operations by leveraging the excavator’s mobility and precision, optimizing productivity and resource utilization.

1.Floating Installation: The submersible dredge pump is mounted on a floating platform or vessel. This installation type allows for mobility and flexibility in dredging operations, especially in large water bodies or when dredging in different locations is required.

2.Excavator Installation: The submersible dredge pump is installed using an excavator. This installation type is often used in smaller-scale dredging projects or in locations where access is limited, such as narrow waterways or remote areas.

The choice of installation type depends on factors such as water depth, site accessibility, project scale, and specific dredging requirements. It’s essential to carefully evaluate these factors and select the most suitable installation type to ensure efficient and successful dredging operations. Additionally, consulting with experienced dredging professionals and adhering to industry best practices can help ensure the optimal performance of the submersible dredge pump in the chosen installation type.

The hydraulic dredge pump finds extensive applications across various industries and environments:

• Waterway Maintenance: Clearing silt, sediment, and debris from rivers, lakes, and canals to maintain navigability and prevent flooding.
• Environmental Remediation: Removing contaminants, pollutants, and sediment from water bodies to restore ecological balance and improve water quality.
• Infrastructure Development: Excavating and dredging for bridge construction, port expansion, and shoreline stabilization projects.

Mining: Hydraulic dredge pumps are vital in the mining industry, facilitating the transportation of abrasive mining slurries containing materials like sand, gravel, and minerals. They ensure efficient operations and contribute to resource extraction processes.

Dredging: In dredging operations, hydraulic dredge pumps play a crucial role in removing sediment and debris from water bodies such as rivers, lakes, and harbors. They maintain navigable waterways and aid in environmental preservation.

Construction: Hydraulic dredge pumps are indispensable in construction projects, assisting in tasks like tunneling, foundation excavation, and site dewatering. Their robust design and efficiency contribute to the progress of construction activities.

Wastewater Treatment: Within wastewater treatment plants, hydraulic slurry pumps are essential for pumping sludge and wastewater. Their ability to handle high concentrations of solids ensures effective processing and disposal, promoting environmental sustainability.