Tailings conveying pumps are mainly divided into the following two points:

Water isolation pumpEquipment model:

Technical indicators:

★concentration：≤60%

★internet traffic：30～1000m³/h

★lift：60～1000m

★Particle size：≤2mm

★efficiency：0.7～0.85

★temperature：0～80℃

Scope of application:

★Used for high lift tailings transportation, underground filling, and sludge discharge in black metal, non-ferrous metal, gold, and chemical mines;

★Used for high lift transportation of water ash, bauxite, red mud, and coal water slurry in power plants, aluminum plants, coal mines, and chemical departments;

★Used for long-distance, high lift transportation of sludge in sewage treatment plants;

★It is used for dredging rivers and lakes.

Equipment composition:

The water isolation pump consists of six parts: power source high-pressure clean water pump, slurry supply device, isolation working tank, control valve, automatic control system, and auxiliary device.

★The power source high-pressure clean water pump is composed of multi-stage clean water pumps, etc;

★The slurry supply device is a high-level head concentration tank or feeding bin;

★The isolation work tank consists of three pressure tanks and three isolation floating balls;

★The control valve consists of six clear water control valves and six slurry valves (check valves);

★The self-control system consists of an industrial control machine, feedback detection device, and analog display device;

★Auxiliary devices include hydraulic stations, flow meters, pressure gauges, regulating valves, exhaust valves, drain valves, pipelines, etc.

Equipment features:

★Replacing multi-stage pump stations with primary pumps, reducing the number of operating personnel, minimizing accident points, and saving investment in building multi-stage pump stations;

★High equipment efficiency, energy-saving, few spare parts, and low operating costs;

★The equipment has a high degree of automation, simple operation, and reliable operation.

Working principle

Slurry supply process: The control panel closes the inlet water valve (3) and opens the return water valve (2) through the hydraulic station. At this time, the slurry in the high-level feeding bin (1) is pushed into the slurry check valve (7) by the pressure difference and enters the lower part of the floating ball (4) in the isolation tank (5). The floating ball (4) rises, and the slurry gradually fills the tank body. At the same time, the clear water in the upper part of the floating ball (4) returns to the clean water tank (10) through the return water valve (2), and the water in the clean water tank is circulated for use.

Slurry discharge process: The control panel closes the return water valve (2) and opens the inlet water valve (3) through the hydraulic station. At this time, the high-pressure water from the clean water pump (9) is supplied from the upper part of the isolation tank (5) to its interior through the inlet water valve (3), thereby pushing the floating ball (4) to move downwards. At the same time, the inlet check valve (7) is automatically closed by pressure, and the discharge check valve (6) is automatically opened. At this time, the slurry at the lower part of the floating ball (4) is transported to the designated location through the external pipeline.

The feeding and discharging processes of the three isolation tanks are alternately carried out to ensure the continuous supply and discharge of the equipment and the stability of the discharge pipeline. The control panel detects the operation status of the floating ball point through sensors on the isolation tank, adjusts the matching of the water pump flow rate with the slurry flow rate, and can also determine whether the equipment modification is normal.

The water isolation slurry pump is automatically controlled by an industrial control machine. Determine whether to configure a variable frequency speed regulation device based on the on-site situation.

Technical parameters:

Intelligent water diaphragm pumpEquipment model：

Technical indicators:

★concentration：≤60%

★internet traffic：30~1000m³/h

★lift：60~1000m

★Particle size：≤2mm

★efficiency：0.7~0.85

★temperature：0~80℃

Scope of application:

★Used for high lift tailings transportation, underground filling, and sludge discharge in black metal, non-ferrous metal, gold, and chemical mines.

★Used for high lift transportation of water ash, bauxite, red mud, and coal water slurry in power plants, aluminum plants, coal mines, and chemical industries.

★Used for long-distance, high lift transportation of sludge in sewage treatment plants.

★It is used for dredging rivers and lakes.

Equipment composition:

intelligenceWater diaphragm pumpIt consists of six parts: power source high-pressure clean water pump, slurry supply device, isolation system, control valve, self-control system, and auxiliary device.

★The high-pressure clean water pump is composed of multi-stage clean water pumps, etc;

★The slurry supply device is a high-level head concentration tank or feeding bin and feeding pump;

★The isolation work tank consists of three pressure tanks and three diaphragms (capsules);

★The control valve consists of six clear water control valves and six slurry valves (check valves);

★The self-control system consists of an industrial control machine and a microcomputer control system to control the opening and closing of the clean water valve, as well as a diaphragm detection device;

★Auxiliary devices include hydraulic stations, flow meters, pressure gauges, regulating valves, exhaust valves, drain valves, pipelines, etc.

Equipment features:

★Replacing multi-stage pump stations with primary pumps, reducing the number of operating personnel, minimizing accident points, and saving investment in building multi-stage pump stations;

★High equipment efficiency, energy-saving, few spare parts, and low operating costs;

★The equipment has a high degree of automation, simple operation, and reliable operation.

working principle:

Taking a single tank as an example, the natural pressure of the high-level feeding bin 1 is used to press the slurry into the interior of the diaphragm 5 in the diaphragm tank 6 through the inlet check valve 8. At the same time, the return water clear water valve 2 is in the open state and the inlet water clear water valve 3 is in the closed state. The clean water outside the diaphragm returns to the circulating water tank 10 through the return water valve 2, completing the slurry inlet process; After the slurry inlet is completed, close the return water clean water valve 2 and open the inlet clean water valve 3. High pressure clean water is provided by the multi-stage clean water pump 9 and enters the interlayer between the diaphragm tank 6 and the diaphragm 5 through the inlet clean water valve 3. The diaphragm is compressed and deformed, and the slurry inside the diaphragm is discharged to the discharge pipeline through the discharge check valve 7. Three diaphragm tanks alternate suction and discharge of slurry, with a phase angle difference of 120 ° in operation. Achieve the goal of continuous slurry discharge.

The movement state of the diaphragm is achieved by a detection device installed on the isolation tank, and the adjustment of flow matching and flow fluctuations is achieved through data acquisition from displacement sensors in the silo and water tank, controlled by a microcomputer through frequency conversion. Fault detection is carried out by the clear water valve, and its faults are judged and processed by the microcomputer.

Intelligent diaphragm pump is a highly intelligent device, with all work operations randomly adjusted and fault diagnosis and emergency handling implemented by a microcomputer.

Technical parameters: