Difference between revisions of "Team:NCKU Tainan"

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      <h1> description </h1>
 
      <p>
 
      <br>
 
      Aquaculture is one of the fastest-growing food production area in the world, and
 
      according to a FAO report (The State of World Fisheries and Aquaculture 2012),
 
      farmed fish will exceed captured fish for human consumption by 2018.
 
      As overfishing reduce fish stock in the ocean, aquaculture has become even more
 
      important. 
 
     
 
       
 
      <br></br>
 
      When talking about a successful aquaculture model, cleanliness of the water is
 
      crucial, especially for some aquatic organisms of great economic value such as
 
      shrimp and crab. But keeping the water clear and healthy for fishes is not as easy as
 
      it sounds since it requires experience and a lot of effort. What’s more, intensive
 
      aquaculture is very common in Taiwan because of the extremely high population
 
      density, but controlling the water condition will be even more difficult in such
 
      situation.
 
      <br></br>
 
     
 
      Some of the fishermen may turn to technology like recirculating aquaculture system
 
      (RAS). However, the astonishing operating costs make it a castle in the air for most
 
      of the fishermen. To solve these problems, we decided to build an easy-to- use
 
      device which keep the water clean with efficiency and reliability.
 
      <br></br>
 
     
 
      Controlling the concentration of Nitrate(NO3-)is an essential part of our project. When
 
      there is limiting nitrate, unwanted algae will decrease and also avid to use antibiotics. With
 
      the device and app we develop, nitrate in the fish-pond will be transformed into harmless
 
      molecule and under monitor the condition of the water at once, making the traditional
 
      aquaculture safer, easier and more eco-friendly.
 
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Revision as of 14:55, 16 August 2017