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The aerator is driven by a power unit located near the pond

Update:25-01-2023
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Aerator For Prawn Pond Aerators for prawn ponds are use […]

Aerator For Prawn Pond

Aerators for prawn ponds are used to circulate the pond's water to improve the quality of the water and the fish's environment. They also help control phosphorus levels. Aeration also reduces sunlight for algae growth. An aerator is a machine that breaks the water into very small bubbles. Aerators are usually mounted on floats. There are many different types of aerators for prawn ponds. Some are horizontal turbines while others are vertical. There are also propeller-aspirator-pump aerators.

One of the major challenges in prawn farming is the development of biofouling. This can cause aerators to become fouled and result in reduced energy efficiency. It is estimated that aerators can lose up to 60% of their power because of accumulated biofouling. The problem is a serious one and can lead to increased costs for electricity and maintenance. It is important to investigate how aerators accumulate biofouling and implement preventive measures. The aerator capacity to shrimp yield ratio ranged from 234 to 476 kg/hp. The standard deviation was 88 kg/hp. The aerator was driven by a 7.5- to 16-hp diesel engine.

In addition to the aerator, there are several other components that go into the operation of a prawn pond. The aerator is an essential part of the infrastructure of a pond. It is important to evaluate the service life of the aerator as well as its maintenance cost. Aerators should not be installed more than necessary. Increasing the number of aerators at one time can increase production but does not guarantee higher productivity. Aerators should be staged according to the size of the pond, the biomass of the shrimp, and the hours of operation.

The aerator is driven by a power unit located near the pond. In a typical pond, the aerator is usually powered by a four-pole motor. There are other designs, but they are all designed to transfer dissolved oxygen to the pond. Aerators can be placed in a series or in parallel. It is also possible to use a photovoltaic-based aerator. This type of aerator can help produce additional oxygen for the pond and aquarium.

The aerator is a valuable piece of equipment that can help improve the production of shrimp farms. It increases the surface area to water volume ratio and helps reduce the amount of mosquito breeding. Aerators can also prevent ice from forming and freezing. Aerators are also a good way to control hydrogen sulfide in the pond. The use of an aerator can also reduce the amount of sludge in the pond. Aerators also increase the amount of oxygen in the pond and allow aerobic bacteria to grow. These bacteria break down sludge and prevent sludge spikes from occurring.

The aerator can be operated by the farmer or remotely. A farmer can monitor the aerator from the comfort of his home. Increasing the efficiency of aerators is vital to ensuring a healthy and successful aeration system.

1HP 2 impeller paddle wheel aerator

Model

HP

Voltage
(V)

Frequency

Impellers

AMP(A)

Power Efficiency (kg/kw.h)

Aerobic capacity (kg/h)

Impeller    Speed (Rpm)

SC-0.75

1

220V-440V

50/60HZ

2

1.2

≥1.25

≥1.1

106

SC-1.5

2

220V-440V

50/60HZ

4

2.5

≥1.25

≥1.9

106

SC-1.5

2

380V -440V

50/60HZ

6

2.8

≥1.5

≥3.8

106

SC-2.2

3

380V-440V

50/60HZ

6

2.8

≥1.5

≥3.8

106

SC-2.2

3

380V-440V

50/60HZ

8

3

≥1.5

≥4.3

106

SC-3.0

4

380V-440V

50/60HZ

10

3

≥1.5

≥5

106

SC-3.0

4

380V-440V

50/60HZ

12

3.2

≥1.5

≥5.5

106

0