Aeroponics and hydroponic towers, explained
Roots in the air, misted with solution, and towers that stack plant sites.
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How aeroponics works
In aeroponics, roots hang in the air inside a closed chamber. A pump sprays or mists nutrient solution onto them on a schedule.
Towers and vertical systems
A tower or vertical system stacks plant sites up a column. Depending on the maker's design, a pump lifts solution up the column, and it trickles or sprays down past the roots and returns to a reservoir at the base.
Pump, timer, and water
Keep plugs, cords, and connections away from water, and follow every maker's instructions. CPSC says a GFCI "is designed to protect people from severe or fatal electric shocks," and that ground fault protection is used "especially for circuit outlets in particularly vulnerable areas such as where electrical equipment is near water." Use a qualified electrician for any wiring.
Setting up a tall unit
Follow the maker's instructions for assembling and placing a tall unit.
What we do not say
We do not compare aeroponics or towers with other systems. Results vary.
This is general information, not legal, electrical, or safety advice.
Sources: CPSC, GFCI Fact Sheet (Pub. 099).
FAQ
General information only. Water and electricity are a dangerous mix: keep plugs, cords, and connections away from water and follow every maker's instructions. CPSC says a GFCI "is designed to protect people from severe or fatal electric shocks" and to test every GFCI "At least once a month." Use a qualified electrician for any wiring. Keep nutrients and other chemicals away from children and pets. In an emergency, call 911.
Next: drip systems
Tubing, emitters, and a pump.
