Wolf3101 wrote:
Hydroponics based systems.
These are relatively new and quite specialized central systems (multiple tanks on a single filter.) based on the concept of the plant filter. Tank water is pumped to a remote location pre-filtered and then circulated through long hydroponics trays. The plants extract nutrients from the water and in the process remove all of the harmful elements. Because of the large amount of water loss from evaporation in these systems water changes are unnecessary because of the constant addition of fresh water.
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I just bought a 100g glass tank to use as my sump filtration tank. I currently plan to fill 50% of the tank with bio-balls and with the other 50% I will insert my plant filtration system to remove or convert nitrates. If this system works, it will be a complete system.
For the plant filtration section I have 20 mangrove plants. These plants are 10-14 inches in length.
My question is, how should I arrange them to maximize their nitrate leaching potential?
Hydroponics based systems.
These are relatively new and quite specialized central systems (multiple tanks on a single filter.) based on the concept of the plant filter. Tank water is pumped to a remote location pre-filtered and then circulated through long hydroponics trays. The plants extract nutrients from the water and in the process remove all of the harmful elements. Because of the large amount of water loss from evaporation in these systems water changes are unnecessary because of the constant addition of fresh water.
~
I just bought a 100g glass tank to use as my sump filtration tank. I currently plan to fill 50% of the tank with bio-balls and with the other 50% I will insert my plant filtration system to remove or convert nitrates. If this system works, it will be a complete system.
For the plant filtration section I have 20 mangrove plants. These plants are 10-14 inches in length.
My question is, how should I arrange them to maximize their nitrate leaching potential?
