AirOxi Tube Is One Of The Easiest Solutions For Hydroponics And Aquaponics Aeration

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AirOxi Tubes Produce Fine Bubble Aeration Leading
to More Than 10 Dissolution of Oxygen
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Introduction

• Fish and shrimp farmers very well know the
  importance of aeration. Better aeration leads
  better health and growth rate. The mortality rate
  decreases to a significant extent at the time
  when aeration of the medium of aquaculture is
  appropriate.

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Proper Concentration of Oxygen is Essential

• The equilibrium concentration of oxygen is
  actually referred to as the maximum concentration
  of oxygen that can be dissolved in the water
  relative to the concentration of oxygen in the
  gas under the existing conditions of pressure and
  temperature of the medium of aquaculture. In the
  medium of aquaculture, the gas means the
  atmospheric air, although pure oxygen too gets
  into the water of the medium by the oxygen
  production of the water plants. In an addition to
  this, there are some intensive fish or shrimp
  farming systems application of pure oxygen is
  done in order to specifically meet the oxygen
  requirements.

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Concept of Fine Bubble Aeration

• Fine bubble aeration as can be understood from
  the name of the is a highly efficient as well as
  an effective way of transferring oxygen to the
  medium of fish farming. This is usually done with
  the help of a compressor on shore which pumps air
  through a hose that is connected to an underwater
  aeration unit. A number of diffusers are attached
  to the aeration unit which come in various shapes
  such as tubes, discs, plates or hoses. These are
  usually made up of PVC, porous ceramic plastic,
  glass-bonded silica or per perforated membranes
  made from EPDM rubber. The air so pumped through
  the diffusers is released into the water and
  these bubbles are referred to as fine bubbles.
  Fine bubbles are actually those bubbles that are
  less than 2 mm in diameter.

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How Fine Bubble Aeration is Helpful?

• Fine bubble aeration has an extremely high oxygen
  transfer efficiency. The better are the
  diffusers, more is the efficiency. With the best
  diffusers, the oxygen transfer efficiency can be
  as high as fifteen pounds of oxygen per
  horsepower multiplied by hour. Calculating on an
  average, fine bubble aeration diffuses or
  dissolute about two to four cubic feet of air per
  minute. Fine bubble aeration has the ability to
  maximise the bubbles surface area and therefore
  plays a vital role in transferring more amount of
  oxygen to the water per bubble. In an addition to
  this, the bubbles that are smaller in size take
  more time for reaching the surface of the water.
  This, in turn, not only helps in the maximisation
  of the surface area but also the number of
  seconds each bubble spends in water is increased
  thereby allowing it more time for transferring
  oxygen into the medium of aquaculture. Thus, it
  is clear that smaller bubbles along with a deeper
  release point helps in the generation of a
  greater rate of transfer of oxygen.

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Air Oxy Tubes Offer Best Fine Bubble Aeration

• At any point of time, you are looking forward to
  the best and the most effective fine bubble
  aeration, it is always recommended to trust
  experts. AirOxy is a leading manufacturer of
  diffusers and other aeration equipment. Our
  aeration tubes are capable of producing very fine
  bubbles for aeration. Due to the very low
  diameter of the bubbles so produced, the bubbles
  are capable of ten percent more dissolution of
  oxygen into the medium of aquaculture. This is
  exactly the reason as to why the Air Oxi tube
  diffusers are one of the most preferred options
  at the time when it comes to fine bubble aeration.

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• In reference The use of different aerators on
  Litopenaeus vannamei biofloc culture system
  effects on water quality, shrimp growth and
  biofloc composition by Gabriele Lara, Dariano
  Krummenauer,
• Paulo C. Abreu, Luís H. Poersch Wilson
  Wasielesky
• In conclusion, the results indicate that diffused
  air systems (blower) are more efficient in
  particle aggregation and in biofloc formation in
  culture, contributing to the shrimp growth. In
  contrast, the propeller aeration system does not
  contribute to biofloc aggregation and destroys
  the bioflocs, and the development of a
  healthy microbial community is compromised.
• The vertical pump, despite not showing high
  values of total suspended solids (bioflocs), was
  able to provide a microbial community that
  contributed to the growth and survival of the
  shrimp.

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AirOxi Tube Products

• AirOxi Tube AirOxi Ceramic Plate Diffuser
• AirOxi Tube AirOxi Flexible Hose Diffuser
• AirOxi Tubes
• AirOxi Tube Self Sinking Aeration Tube
• AirOxi Tube Grid
• AirOxi Floating Diffuser Grid

Take a look at more details of our products
here http//www.airoxitube.com/aeration-tubing-pr
oducts/
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www.airoxitube.com
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91 - 7285017087
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