Aquaponics is a rapidly growing sector of food production that merges aquaculture (fish farming) with hydroponics (plant production in nutrient-rich water).

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Fish in large tanks are fed daily. Their waste creates nutrient rich water which is pumped to grow beds to fertilize the plants. The plants take up these nutrients, cleaning the water. The water then returns to the fish tanks in a closed loop system. The magic of  aquaponics is performed by bacteria. They  convert toxic ammonia (NH3) into less toxic, nutritious Nitrates (NO3). A balanced ecosystem is achieved by closely mirroring natural processes.

Typically, aquaculture has the burden of disposing of nutrient-rich run-off, while hydroponics has the burden of sourcing nutrients to feed the plant.

The merging of these two techniques solves the problems of each.

Global Impact!


Aquaponics does not require dumping of water into the outside environment. Nor does it allow water to be lost into the ground. It is one of the most water savvy methods of food production available today. In this completely recirculating system:

Up to 90% less water is used than conventional agriculture
Up to 99% less water is used than conventional aquaculture

Plant Grow Faster in Less Space

In an aquaponic system, plants grow directly in the nutrients they need and don’t expend energy creating large root systems. Because of this, compared to traditional soil farming:

Grow 30-50% faster
Up to 10x more production in a given space

                                                             Food Security

Aquaponics can grow up to 20 times the annual yield when compared to conventional agriculture. Greenhouses can be placed in communities where traditional gardens might not be practical.

Farms that are closer to end user consumers saves on transportation and storage costs. Greenhouses provide extended growing seasons and a physical barrier to some pests, pathogens, climate hazards and vandalism.