Basic Info.

Max.Head	>150m	Max.Capacity	>400 L/min
Driving Type	Motor	Impeller Number	Single-Stage Pump
Working Pressure	Middle Pressure Pump	Influent Type of Impeller	Single Suction Pump
Position of Pump Shaft	Horizontal Pump	Pump Casing Combined	Horizontal Split Pumps
Mounting Height	Suction Centrifugal	Impeller	Closed
Usage	Pump, Pumps, Condensate Pump, Circulating Pump	Standard	API610
Transport Package	Plywood Box	Specification	1000.00cm * 2000.00cm * 1000.00cm
Trademark	haishi	Origin	Jiangsu, China
HS Code	8413709990	Production Capacity	5000

Products Description

ZA ZAO Series petrochemical process pumps are designed and manufactured in accordance with API 610 (8th edition).

Scope of application
For transporting clean or slightly granular, cold or hot, chemically neutral or corrosive liquids.
Main use
It is used in oil refineries, petrochemical industry, coal processing and cryogenic engineering.
It is used in the chemical industry, the fiber industry and the general processing industry, especially in the paper and pulp industry and the sugar industry.
It is used in the water industry, especially in desalination plants.
Used in heating and air conditioning systems.
Used in fossils and nuclear power plants.
Used in protection projects.
It is used in the Marine and Marine industries.

Operational data
Size: 25-400mm
Flow rate (Q) : up to 2600 m/h
Head (H) : up to 250m
Operating pressure (P) : up to 2.5Mpa
Operating temperature (t) : -20ºC +180ºC
Center support line temperature: -20ºC~+450ºC

product-1060-1318

product-1060-1333

Pressure Diesel Submersible Mud Mixed Flow Pump

The Pressure Diesel Submersible Mud Mixed Flow Pump is specifically designed to handle the pumping of heavy mud, slurry, and other viscous materials. It is equipped with a diesel engine, which allows for reliable performance in areas without stable electrical power. The pump features a mixed flow design, which combines both axial and radial flow principles to ensure high flow rates and moderate pressure.

Key Features

Diesel-Powered: Powered by a diesel engine, making it ideal for remote locations or construction sites where electricity is not readily available.
Submersible Design: The pump operates fully submerged, allowing for space-saving installation and reducing noise and vibration.
Mud and Slurry Handling: Designed to efficiently pump thick fluids like mud, slurry, and sewage without clogging, making it ideal for construction, mining, and dewatering applications.
Mixed Flow Technology: The mixed flow impeller design provides high flow rates and moderate pressure, allowing the pump to handle high-viscosity liquids.
Pressure Capabilities: Suitable for medium to high-pressure applications, typically used in drainage, dewatering, and water treatment.
Corrosion-Resistant Materials: Made with durable materials that are resistant to the abrasion and corrosion caused by the handling of muddy, sandy, or chemically aggressive fluids.

Applications

Construction site dewatering and excavation projects
Mining operations for slurry pumping
Seawater and stormwater drainage in flood-prone areas
Handling sewage and wastewater in industrial treatment plants
Agricultural irrigation and drainage, especially in muddy or silt-laden environments

Advantages

Portable and Flexible: Diesel-powered engine allows the pump to be used in remote locations or off-grid areas.
High Efficiency: The mixed flow design offers optimal flow rates and pressure, improving operational efficiency even in challenging conditions.
Durability: Designed to withstand tough environments, including abrasive materials and corrosive liquids.
Low Maintenance: Robust construction with fewer moving parts ensures a longer lifespan and easier maintenance.

Conclusion

The Pressure Diesel Submersible Mud Mixed Flow Pump is an efficient and durable solution for handling high-volume, high-viscosity fluids in remote and challenging environments. Whether it's used in construction, mining, or wastewater treatment, this pump ensures reliable and consistent performance, even without access to a power grid.