Slurry Pump application for the recycled

Effectively servicing the oil field,brings with it a unique set of universal challenges.Remote locations,limited resources,long wait times and idle equipment-cost the industry substantial time and money.

Owning a specialized ProAll Mixer enables our customers to overcome these challenges,while lowering costs,increasing quality,control and jobsite versatility.

While a single volumetric mixer is able to efficiently tackle a range of oil field jobs,ProAll also provides supporting equipment to create a complete and dedicated,on-site concrete operation-virtually eliminating down time for larger-scale projects.What’s more,a volumetric mixer allows an operator to easily change the mix design on site,to ensure the quality of concrete is always fresh,never compromised and perfectly suited for the demands in the field

Effectively servicing the oil field,brings with it a unique set of universal challenges.Remote locations,limited resources,long wait times and idle equipment-cost the industry substantial time and money.

Owning a specialized ProAll Mixer enables our customers to overcome these challenges,while lowering costs,increasing quality,control and jobsite versatility.

Working Conditions is as follows, 

The height difference between the water surface and the top of the mountain is approximately 70 meters. The total pipeline length is about 7,000 meters, and the height difference from the top of the mountain to the factory area is approximately 170 meters. And there may be height difference bending during the pipeline laying.

Our solutions,

Each floating body is equipped with two Marine slurry pumps (one in as a backup) to transport the grey water to the shore relay pump. The Marine pump and the shore relay pump are connected in series to transport the grey water to the factory area. The shore relay pump adopts a variable frequency motor and is equipped with two different impeller diameters to achieve the usage effect, save costs, reduce energy consumption, and make sufficient preparations for the later increase in volume. Three slurry pumps (one as a backup) are equipped in the factory area to return clear water to the ash pond.

We use slurry pump diameter: 300mm, with a flow rate of 800-900 m3/h, a lift height of 80m, equipped with a motor of 6-400KW. Onshore slurry pump with a flow rate of 800-900 m3/h, a lift height of 90m, equipped with a motor of 6-400KW. In the factory area, slurry pump with a flow rate of 650 m3/h, a lift height of 110m, equipped with a motor of 6-355KW.

A drainge pump is installed in the working cabin, with a flow rate of 5-10 m³/h and a head of 8-10 m, which is used to drain the accumulated water. To enhance the efficiency of dust extraction and provide sealing water for the pump inside the float, a sealing pump is integrated with it. The two are arranged together on a float placed at the deepest point of the water surface of the pond, providing sealing water while also functioning as a high-pressure jet pump, with a flow rate of 30 m³/h and a head of 80-110 m. A sealing pump needs to be provided on the shore to supply high-pressure sealing water to the two dust-discharging pumps, with a flow rate of 20-30 m³/h and a head of 250 m. It is recommended to install a valve on the return water pipeline and build a water storage tank or water storage container to solve the water source problem. The return water pump in the factory area needs to be equipped with a high-pressure sealing pump of 1 unit, with a flow rate of 20-30 m³/h and a head of 250 m, and it should be installed next to the return water pump.