Organic engineering systems

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Organic engineering systems (OES) are organic, hydroponic, aeroponic or aquaponic farming technologies that are designed as a building engineering system. The main purpose of these technologies is to grow food in buildings. OES are agricultural technologies and are considered a sub-section of ecological engineering, primarily because they mimic natural ecosystems to produce food and are defined as urban horticulture.^[1]

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^ Bergen, Scott D., Susan M. Bolton, James L. Fridley. (2001). Design Principles for Ecological Engineering. Ecological Engineering, V.18, 201-210.

v t e Hydroculture
Historical hydroculture
Types	Aeroponics Aquaponics Aquascaping Hydroponics passive
Subtypes	Aquatic garden Bottle garden Deep water culture Kratky method Ebb and flow Fogponics Microponics Nutrient film technique Organic hydroponics Organopónicos Sub-irrigated planter Top drip
Substrates	Charcoal Coco peat Diatomaceous earth Expanded clay aggregate Gravel Growstones Lava rock Mineral wool Perlite Pumice Rice hulls Sand Vermiculite Wood fibre
Accessories	Grow light Hydroponic dosers Irrigation sprinkler Leaf sensor Net-pot Spray nozzle Timers Ultrasonic hydroponic fogger Water chiller
Related concepts	Algaculture Aquaculture of coral Aquaculture of sea sponges Controlled-environment agriculture Historical hydroculture Hydroponicum Paludarium Plant nutrition Plant propagation Rhizosphere Root rot Vertical farming Water aeration
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Organic engineering systems

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