Multi Functional Belt Filter Press Machine For Aquacultural Engineering

Multi Functional Belt Filter Press Machine For Aquacultural Engineering

Model: Belt Filter Press Machine

Review

Description

Belt Filter Press Machine Introdtion:

Categories: Belt Filter Press Machin

Brand: AquaSust

Model: AS-Belt Filter Press Machine

Filter Belt Speed (m/min): 3-11

Hydraulic Pressure( mpa ): 0.5

Life Span: More than 20 years

FOB port: Shanghai

Terms of Payment: L/C, D/A, D/P

Update Time:Apr 26,2024

Aquasust Belt Filter Press Machine Advantages:

1,High efficiency: the machine is able to process a large amount of material quickly and continuously, which significantly improves the efficiency of solid-liquid separation.

2,Energy saving and emission reduction: Compared with other types of filter presses, belt filter presses consume less energy during operation, helping to reduce production costs.

3,Easy to operate: These machines are usually designed to be simple and easy to operate and maintain, reducing the technical requirements for operators.

4,Small footprint: The belt filter press is compact and suitable for working environments where space is limited.

5,Strong adaptability: it can handle many different materials, including municipal sludge, industrial wastewater, etc., with wide applicability.

These advantages make the belt filter press the preferred equipment for many industrial applications, especially where large quantities of wastewater or sludge need to be processed on a continuous basis.

Product Parameters Parameters

PARAMETERS
Model	Bandwidth Of Filter( mm )	Host Power	Complete Power Set	Filter Belt Speed (m/min)	Hydraulic Pressure( mpa )	L(mm)	W(mm)	H(mm)	Weight (T)
Belt Filter Press Machine-2000	2000	3	18	3-11	0.5	12500	2700	2200	6-8
Belt Filter Press Machine-2500	2500	4	19	3-11	0.5	12500	3200	2200	10-15
Belt Filter Press Machine-3000	3000	5.5	22	3-11	0.5	12500	3700	2200	12-16
Belt Filter Press Machine-3500	3500	7	25	3-11	0.5	12500	4200	2200	15-20

Aquasust Belt Filter Press in Aquacultural Engineering Applications:

1. Solid-liquid separation

In the process of aquaculture, a large amount of organic waste and suspended solids will be produced. Belt filter press can efficiently carry out solid-liquid separation, removing fish waste, undigested feed and other suspended solids from aquaculture water, keeping the water quality clean and reducing the pollution of the aquaculture environment.

2. Sludge dewatering

Sedimentation tanks and sand sedimentation tanks in aquaculture will accumulate a large amount of sludge. Belt filter press can dewater these sludge, reduce the volume of sludge, lower the cost of sludge treatment and disposal, and reduce the impact on the environment.

3. Improvement of aquaculture water quality

Through efficient solid-liquid separation and sludge dewatering, belt filter press can significantly reduce the organic load and suspended solids concentration in aquaculture water, prevent water quality deterioration, help maintain a good aquaculture environment, and improve the yield and quality of aquaculture.

4. Reduce the load of aquaculture wastewater treatment

In the aquaculture process, the belt filter press can be used as a pretreatment device to reduce the suspended and organic content in the wastewater, reduce the load of subsequent wastewater treatment facilities, and improve the efficiency and stability of the overall treatment system.

5. Improve the reuse rate of wastewater

The water quality after treatment by belt filter press is cleaner and can be reused for breeding ponds or other purposes, reducing the demand for water for breeding, improving the utilization rate of water resources, lowering the cost of breeding, and at the same time reducing the pressure on the environment.

6. Reduce operating costs

The belt filter press features a high degree of automation, low energy consumption, and easy operation, which enables it to run continuously and efficiently, reducing manual operation and maintenance costs. At the same time, the overall operating costs of aquaculture can be significantly reduced by reducing the sludge volume and increasing the wastewater reuse rate.