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Hydroponic Systems

Hydroponics is a method of growing plants in a water based, nutrient rich solution. Hydroponics does not use soil, instead the root system is supported using an inert medium such as perlite, peat moss, coco coir, rockwool, clay pellets or any other material void of decomposing plant material.

*Soilless growing mediums are included when talking about hydroponics and can be used in most hydroponic systems,

Google defines “Hydroponics” as…

noun: hydroponics
  1. the process of growing plants in sand, gravel, or liquid, with added nutrients but without soil.
1930s: from hydro- ‘of water’ + Greek ponos ‘labor’ + -ics.
Wikipedia Defines “Hydroponics” as…
[…]a subset of hydroculture, the method of growing plants without soil, using mineral nutrient solutions in a water solvent.
[…] plants may be grown with only their roots exposed to the mineral solution, or the roots may be supported by an inert medium, such as perlite or [hydroton]. The nutrients in hydroponics can come from an array of different sources; these can include but are not limited to byproduct from fish waste, duck manure, or normal nutrients.
Normal Nutrients are defined as: a fertilizer of any material of natural or synthetic origin that is applied to soils or to plant tissues to supply essential nutrients.


CHELATION is a natural process.  In order to prevent absorbed nutrients from precipitation resulting from the interaction of nutrients, such as iron forming precipitation with phosphorus, upon entering plant cells cationic nutrients will immediately form chelates with ORGANIC ACIDS such as citric acids, malonic cid, and some amino acids.  This chelation process will then enable the nutrients to move freely inside the plants.

CHELATION in soil increases nutrient availability to plants.  Organic substances in the soil either applied or produced by plants or microorganisms are the natural chelating agents. The most important substances having this nature are Hydroxamate Siderophores, Organic Acids and Amino Acids.

Hydroxamate Siderophores are naturally produced by soil microorganisms and are  essential in natural ecosystems to solubilize and transport nutrients, especially iron to plant roots. Under Iron deficient I conditions, microorganisms will produce siderophores to overcome the iron starvation.  Neilands and co-workers at the University of California found that Rhizobium meloti was able to correct the iron starvation using this mechanism. Neilands, Cline and co-workers of Colorado State University reported the abilities and mechanisms by which sunflower and sorghum acquire iron supplied as a ferrated hydroxamate siderophore.  Research on oats by Read and co-workers of Colorado State and the University of Texas found that the absorption of iron from ferrichrome was nearly two orders of magnitude greater than that from the EDDHA treatment when there was excess supply of the ligand.  Their results indicated that iron uptake by monocots may be more efficient from naturally occurring chelates than from synthetic chelates.

Information provided by the JH Biotech

The following examples are different common hydroponic systems you might run into either online or in-person. Most of them are available here on our website, while other must requested by phone or in-person.

*We are always adding to this list, so feel free to check back soon for any new additions and improvements.

AeroFlo2 - 18 Site

AeroFlo2 - 30 Site

AeroFlo2 - 36 Site

AeroFlo2 - 60 Site

Under Current Solo 8 System

Under Current rDWC Sysytem

Under Current Solo Pro 11

AutoPot 1Pot XL Module

AutoPot 4Pot Sysytem

AutoPot AquaValve

Water Farm

Water Farm 8 Pack System with Resovoir

Power Grower Eco

Power Grower 8 Pack Kit

4'x4' Ebb & Flow Tray w/ Fast Fit Tray Stand

Eco Grower Drip Hydroponic System

3'x3' Ebb & Flow w/ Fast Fit Tray Stand

RainForest 236 Aeroponic System

RainForest 318 Aeroponic System

RainForest 66 Aeroponic System

EuroGrower Hydroponic Drip System