Vortex Biofilter Assembly: Difference between revisions

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Description- This is a composite technology of two traditional filtration technologies. A vortex filter is used to isolate solid wastes produced from various sources, mostly solid waste products of aquatic animals, and concentrating it for use in other processes, most notably compost teas production. A biofilter takes biologically unavailable dissolved forms of nitrogen and phosphorus and converts it to more bioavailable forms while synergistically culturing microbial innoculants beneficial to the entire aquaponics system.
Description- This is a composite technology of two traditional filtration technologies. A vortex filter is used to isolate solid wastes produced from various sources, mostly solid waste products of aquatic animals, and concentrating it for use in other processes, most notably compost teas production. A biofilter takes biologically unavailable dissolved forms of nitrogen and phosphorus and converts it to more bioavailable forms while synergistically culturing microbial innoculants beneficial to the entire aquaponics system.
    Function- Low flow rate water enters the barrel with angular momentum and causes the solid materials to precipitate to the bottom of the tank where it can be extracted. Unfixed nitrogen and phosphorus are made bioavailable by microbes in the biofilter. The final filter step can be used to make potable water fit for human consumption.
 
     Inputs- Fish waste-laden water, gray water
 
    Outputs- Water with no solid wastes, concentrated fish feces, and potable water.
 
     Design Rationale- This device allows for a larger amount of fish to be cultivated and creates another material stream of nutrients to be utilized elsewere.
==Function==
    Materials- (Work in progress) 55 gallon abs barrels(4) or CEB cisterns, ABS piping, Coconut Muir, Pea gravel, Sand, biological cultures, Biochar.
Low flow rate water enters the barrel with angular momentum and causes the solid materials to precipitate to the bottom of the tank where it can be extracted. Unfixed nitrogen and phosphorus are made bioavailable by microbes in the biofilter. The final filter step can be used to make potable water fit for human consumption.
     Design Documentation- Settling tank, Vortex tank, Coconu t Coir biofilter tank, Graded filtration tank.
 
==Design Rationale==
This device allows for a larger amount of fish to be cultivated and creates another material stream of nutrients to be utilized elsewere.
      
==Inputs==
Fish waste-laden water, gray water
 
==Outputs==
Water with no solid wastes, concentrated fish feces, and potable water.
      
==Materials==
(Work in progress) 55 gallon abs barrels(4) or CEB cisterns, ABS piping, Coconut Muir, Pea gravel, Sand, biological cultures, Biochar.
      
==Design Documentation==
Settling tank, Vortex tank, Coconut Coir biofilter tank, Graded filtration tank.
      
      
    CAD Files
Flow Chart
 
CAD Files


    External links
==External links==
    Youtube video [http://www.youtube.com/watch?v=39xT5xzNu3s]
Youtube video [http://www.youtube.com/watch?v=39xT5xzNu3s]


        
        
Next iteration features-
==Next iteration features==


[[Category: Holistic Aquaponics Greenhouse Toolkit]]
[[Category: Holistic Aquaponics Greenhouse Toolkit]]


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Latest revision as of 21:59, 11 October 2012

This Page is a work in progress.

Description- This is a composite technology of two traditional filtration technologies. A vortex filter is used to isolate solid wastes produced from various sources, mostly solid waste products of aquatic animals, and concentrating it for use in other processes, most notably compost teas production. A biofilter takes biologically unavailable dissolved forms of nitrogen and phosphorus and converts it to more bioavailable forms while synergistically culturing microbial innoculants beneficial to the entire aquaponics system.


Function

Low flow rate water enters the barrel with angular momentum and causes the solid materials to precipitate to the bottom of the tank where it can be extracted. Unfixed nitrogen and phosphorus are made bioavailable by microbes in the biofilter. The final filter step can be used to make potable water fit for human consumption.

Design Rationale

This device allows for a larger amount of fish to be cultivated and creates another material stream of nutrients to be utilized elsewere.

Inputs

Fish waste-laden water, gray water

Outputs

Water with no solid wastes, concentrated fish feces, and potable water.

Materials

(Work in progress) 55 gallon abs barrels(4) or CEB cisterns, ABS piping, Coconut Muir, Pea gravel, Sand, biological cultures, Biochar.

Design Documentation

Settling tank, Vortex tank, Coconut Coir biofilter tank, Graded filtration tank.

Flow Chart

CAD Files

External links

Youtube video [1]


Next iteration features