My NFT PVC Pipe System

I have a small glass house that has my two Homemade Hydroponic NFT systems in it.  I have one system using Panda Film and the other one using plastic pipe, both of these systems have their own Nutrient Reservoir as I grow completely different types of plants in them and their nutrient requirements are not compatible.

Nutrient ReservoirNutrient Reservoir

I have a 20 litre plastic tank, it is raised off the ground so that I can easily get the PVC pipe in and out of it as required.   I have not yet painted the outside of the reservoir, I currently simply cover the reservoir to stop algae from growing.

I have a plumbed in water float valve to keep the water level constant.

I do not have a heater or air supply in this tank.  There is over 60 cm fall from the NFT channel to the reservoir and this is enough to aerate the solution.  I generally only use this system from late spring to early autumn so heating the tank is not really necessary.

Submersible PumpI have a small fish pond submersible pump, shown at the right of the tank in the middle.  There is a black plastic pipe connected to the  pump, this runs to the high end of my NFT channel.

It is important to make sure that the pump is capable of pumping water to the high end of your NFT channel, this is often described as the pump “Head” on the labeling.

NFT - PVC Downpipe ChannelNFT Channel

My channel is about 2m long and made of 80mm white PVC down pipe, I have two of these connected together at the lower end of the channel with PVC joiners

I have cut 60cm holes along the length of both pipes.  I have also made some covers to go over the holes that I am not using, I made these by cutting the side out of some plastic containers and placing a cable tie over the lid to hold it in place.

At the top end of the PVC pipes I have a ‘Tee’ connection in the nutrient pipe from the pump, this allows the nutrients to flow into each of the PVC pipes.

Planting

I generally grow Lettuce or Strawberries or a mixture of plants that have similar nutrient requirements.  I always use plants that are 10-15cm tall and definitely plants that do not require external support.

Make sure you get all of the dirt off the plant roots, I always soak the plants in a bucket of water and then the soil comes of pretty easy.  Run the roots under water to get more dirt off.

I have small grow pots that fit nicely into the holes in the PVC pipe and allow the roots of the plants to easily reach the nutrient solution.

I use a mixture of aggregates to hold the plants in the grow pots.  As the aggregate is not in contact with the nutrient solution, you can use anything from rock wool to gravel.

I currently do not have anything growing in this system and will upload some pictures when I do

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My NFT Panda Film System

I have a small glass house that has my two Homemade Hydroponic NFT systems in it.  I have one system using Panda Film and the other one using plastic pipe, both of these systems have their own Nutrient Reservoir as I grow completely different types of plants in them and their nutrient requirements are not compatible.

Nutrient ReservoirNutrient Reservoir

I have a 68 litre black plastic tank.  I have partially sunk the tank into the ground leaving around 10cm above the ground to provide protection from ground water and soil bound diseases and pests.

The hole that the tanks sits in has a plastic liner and then sheets of polystyrene in it to provide some insulation for the tank.

I have a plumbed in water float valve to keep the water level constant, this is the white device, bottom left in the picture.

I have a stainless steel heater and thermostat, this keeps the nutrient solution at around 20 c, the heater is the silver bar in the bottom of the tank.  I use a pump because of cold ground temperature in spring and autumn, this allow the plants to grow a lot quicker than if the nutrient was not heated.  Plants generally require their roots to be over 15 c to really thrive.

I have a air pump with air stone, the air stone sits underneath the heater close to the pump, this is not visible in this picture.  The air pump is sitting underneath my NFT channel with a green air pipe running to the air stone.

Small Submersible PumpI have a small fish pond submersible pump, shown at the right of the tank in the middle.  There is a black plastic pipe connected to the  pump, this runs to the high end of my NFT channel.

It is important to make sure that the pump is capable of pumping water to the high end of your NFT channel, this is often described as the pump “Head” on the labeling.

NFT ChannelNFT Channel

My channel is about 1.5m long.  I have a board with small sides nailed on to help keep the Panda Film in place.  The board slopes about 3 cm over the entire length, the slope is toward my Nutrient Reservoir (shown in the background).  I have a cord running the length of the channel, the Panda Film edges meet at the cord and I use plastic spring clothes pegs to hold the Panda Film in place.

I also have some small patches of silicone underneath the Panda Film to ensure it doesn’t slide down.

At the top end of the channel I have a ‘Tee’ connection in the pipe from the pump and two pipes running nutrients into the Panda Film, this allows an even flow over the entire width of the channel.  I sometime will put some open weave multi cloth in the bottom of the channel to make double sure that the entire channel has a supply of nutrients.

At the bottom of the channel I have a piece of plastic guttering that collects the nutrients from the channel and drops them back into the nutrient tank.

NFT ChannelPlanting

I generally grow Tomatoes and Cucumbers in the Panda Film NFT system.  I always use plants that are 10-15cm tall.  Make sure you get all of the dirt off the plant roots, I always soak the plants in a bucket of water and then the soil comes of pretty easy.  Run the roots under water to get more dirt off.

I place the plants by cords running down from the roof of my glasshouse.  I support the plant by placing a plastic spring clothes peg either side of the plant, ensuring that the roots are partially in the nutrient solution.

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