Hydroponics | Set up, Procedure and Advantages


Hydroponics is the technique of growing plants in the nutrient solution, sand, liquid or liquid rather than the soil. In this technique, the nutrient solution is basically prudently proportioned liquid fertilizer are utilized.  For the Hydroponics nutrient solutions are obtained as a commercial invention but in some situations, hydroponic horticulturists may mix their own compounds to make the nutrient solution. The nutrient solution is the principal nutrition that plants receive in hydroponics. Therefore, it is crucial that the nutrient solution is accurately proportioned to exploit achievement.


What is Aquaponics?

Aquaponics is a basic system of aquaculture in which the surplus formed by farmed fishes or other aquatic creature’s provisions or supply nutrients for plants grownup by hydroponics techniques.


Hydroponics Setup

To established the Hydroponic setup following materials are required.

  1. Opaque Plastic Bucket
  2. Pointed tip or drill Knife
  3. Growing Medium
  4. Hydroponic Nutrient
  5. PH Kit
  6. CF Meter


How to Start Hydroponics

  1. Borer the holes about 5 cm overhead the bottom of the bucket with the help of a knife, about 6 holes from one place to another on the bucket will do.


2. Prepare the nutrient medium according to the directions given on wrapping.

3. Fill the bucket with nutrient medium.


  1. Formulate your nutrient solution I by using a 400 ppm mix it for trivial plants and seedlings. For the growth stage plants mix 600ppm and for the fruiting stage of plant growth mix 800ppm.
  2. Measure your nutrient mix in the nutrient solution with the help of CF meter and note these readings.
  3. After this dwelling, the plant in a nutrient medium and deliberately decant the nutrient mixture into the top of bucket and stopover when you see nutrient mix flowing from the hovels at the bottom. By the use of a plastic tray, you can bring together the excess run flow of nutrient mix and reutilize it.


  1. After the dwelling process irrigated the plants two times a day once in the morning, and once at night. But If you animate in tremendously hot areas you need to irrigate water more.
  2. Placed the container outdoor throughout daylight hours and placed it underneath lights for 6 hours during the night and accomplished extraordinary growth.
  3. But if you are growing Chili plant and it’s on fruiting stage placed it outside with 12 hours of sunlight.


Commercial Hydroponic Systems Design





The Nutrient Solution for Hydroponics

Here in the table below nutrient solution compounds proportions are given below:




Hydroponics Facts

Here are the following facts about Hydroponic technique:

  1. Plants necessitate sixteen elements for successful growing that are derived from the air, fertilizers, and water.
  2. Nutrient solutions have proper nutrient proportions which plants cannot obtain. But in conventional gardening techniques plants acquire their nutrients from the soil.
  3. For Hydroponic systems, the nutrient solution is basically an aqueous solution which encompassing principally inorganics ions of crucial elements for advanced plants.
  4. Ultimately, few organic compounds like Iron chelates also exist.
  5. Indispensable elements play a vital and biological role in the plant’s life and its absenteeism thwarts the growth of Plant.
  6. At this time 17 elements are measured crucial for most plants proper growth, these elements are Carbon, Hydrogen, Oxygen, Nitrogen, Phosphorus, Potassium, Calcium, Magnesium, Sulphur, Iron, Copper, Zinc, Manganese, Molybdenum, Boron, Chlorine and Nickel.
  7. Supplementary elements like Sodium, Silicon, Vanadium, Selenium, Cobalt, Aluminum, and Iodine are considered advantageous for plants growth.

Hydroponics kits


Benefits of hydroponics

  1. For this technique, no soil is required.
  2. The maximum amount of yield is obtained at the marketable level or for municipal areas
  3. By this planetary area can also be saved and plants can be vertically grown
  4. By this water can also be conserved plants usage nutrients from the nutrient solution.
  5. Due to this practice weeds cannot grow.
  6. By this no menace about pest and ailments to plants.
  7. The best feature about the Hydroponics is that you did not prerequisite to purchase pumps, pipes or spend more than 5 minutes erecting this system.
  8. You just have to blend a 4-liter container of nutrient and this persists up to 4-5 days, the benefit of that you can gradually upsurge the ppm without scandalous the Plant.
  9. Hydroponics system has saved money throughout its growth phase.
  10. The rudimentary nutrient solutions composed of only Nitrogen, Phosphorus, Potassium, Calcium, Magnesium, and Sulphur.
  11. These nutrient conformation controls or fixes electrical conductivity and osmotic potential of the solution.
  12. According to the theory of this technology, you can cultivate plant hydroponically.
  13. Fruit produces like tomatoes, strawberries, lettuces, and herbs, are among plants predominantly cultivate healthy by this technique.


Hydroponics How It Works

By using different techniques of Hydroponics horticulturist can able to grow different plants.

In this technique, you can able to position your plants in a plastic channel and allow a nutrient solution dribble in roots by the used of gravity and a pump.

In the Hydroponics nutrient solution is just like the conveyor belt of liquid which is continuously sliding over the roots and transporting nutrients which they require.

On the other hand, you can also cultivate plants with its roots supported system is supplemented by various mediums like sand, Rockwool or vermiculite. These items use as an antiseptic supernumerary for soil.

In this technology, Aero Gardens are also formed in which plants are grown in the Air. Plants roots are actually adjourned exclusively in a container which is filled with enormously moist air.



Factors of Hydroponics:

Several important factors have to be considered when choosing fertilizers and preparing hydroponic nutrient solutions:

  • Water quality – testing the raw water prior to deciding on a fertilizer formula is imperative. Minerals such as calcium, magnesium, sulfur and trace elements such as boron, manganese, iron, and zinc may be present in the source water. These elements must be factored in when adjusting the hydroponic nutrient solution. Additionally, raw water might contain high concentrations of unwanted minerals, such as sodium, chloride or fluoride, rendering it unsuitable for hydroponics. This can be solved by pre-treating the raw water.
  • Required nutrients and their concentrations in the hydroponic nutrient solution.
  • Nutrient balanced proportion.
  • The pH of the hydroponic nutrient solution and its effect on the uptake of nutrients by plants. optimal pH range of the hydroponic nutrient solution is 8-6.3.
  • EC (total salts dissolved in the hydroponic nutrient solution) Testing the hydroponic nutrient solution frequently will help you decide on the timing for replacing the nutrient solution or dilute it with fresh water. Ammonium/nitrate is one of the major factors affecting the pH of the nutrient solution.

History of Hydroponics


Types of Hydroponics   

The Six Types of Hydroponic Systems

  1. Drip System
  2. Ebb- Flow (Flood & Drain)
  3. F.T. (Nutrient Film Technique)
  4. Water Culture
  5. Aeroponics
  6. Wick System


Advantages of Hydroponics

  1. Soilless Cultivation:

The major variance between the Hydroponic cultivation and soil cultivations is the convention of soil. Hydroponic is stated as soilless cultivation.

The vintage attained by the hydroponic method is advanced or high than cultivation that is done by soil and it is very informal to harvest.

Hydroponics is an appropriate method or commercial cultivations on a huge scale. It is also beneficial for urban areas, where cultivation in the ground is not appropriate.

  1. Space Savings

Hydroponics reserve huge quantity of land as associated with outmoded soil gardening methods. In the typical gardening method roots of the plant require interplanetary land to spread its roots in the soil.

But by the use of Hydroponics techniques horticulturist can save the land. In this soil is not use and acquire their nutrients directly from the nutrient mixture. Due to this huge amount of land can be saved easily and a large quantity of yield can also be produced.

  1. Hydroponics Saves Water

For the typical old-fashioned gardening soil require a huge amount of water to ensure proper plants growth. Have you ever pondered how much the typical gardener watered their plants?

Typically, every single day horticulturist junkyard or dump a virtuous amount of water into the soil, certifying good dissemination into the soil so the roots can suck it up. Some of that water trickles out of the lowermost of their vessel or dribbles supplementary into the ground. Some of the water vanished by the evaporation process. Individual a small percentage of the water is utilized by the plant. But in Hydroponics this delinquent was completely solved by utilizing recirculating nutrient reservoir in maximum categories of systems.

In this plant’s roots only absorbed that amount of water which they require at one time and leave the respite water in the reservoir for further use in future. The recirculating nutrient reservoir is enclosed to avert evaporation and also no water can leak out of the bottommost side of the reservoir. This permits the equivalent amount of water that was used to drenched a plant for a day in the soil to water a plant in a hydroponics setup for days or weeks at a time. By this can conserve around 90% of the water secondhand in soil agricultural simply by substituting to a hydroponic setup.

  1. No Weeding Necessary

In the there is no use soil so ultimately there is no weed growth.

  1. Fewer Pests and Diseases:

In this modern technology, the soil is eliminated due to these various soil has borne diseases and pests attack is also reduced.

  1. Double-Headed Time Savings

Hydroponically techniques not only save your money, water, pest control, and watering, it also hustles up the plant’s growth.

  1. Gives You EXTREME Control

Hydroponics utilized a lesser amount of nutrient material to feedstuff their plants. Due to this, these plants occur within an autonomous environment that can without difficulty regulated the waste products. This phenomenon is considered much better as compared to the disproportionate use of fertilizers.

  1. Easy to Develop in Strategic Places:

Hydroponic is laidback to develop in tactical places; this means that the hydroponic crops can be grown close to the market area; therefore, reducing the charges that could cast-off in conveyance and all these things mechanically decrease the production cost, hence increasing the gardener profits.

  1. Provides the Exact Needs:

Hydroponics delivers the exact needs to the plants suitably; this means that plants will grow fast contingent on their genetics conditions.  Hydroponic plants are also said to grow 50% faster.


Hydroponic Tomatoes

700 A.D.

Incas cultivated the Tomatoes were thus making tomatoes a dependable American innate crop.

Centuries later, tomatoes voyaged from Peru where they grew wild in the Andes mountains, eventually migrating into Mexico, where they were known as “tomatis”.

16th, 17th, and 18th Centuries

Conquistadors supported tomato seeds from the Americas to Spain and Portugal. Furthermost its early fruits were yellow-skinned and picked up such names as “manzanas” (apples) and “pomi d’oro” (apple of gold). They were painstaking as poisonous but treasured for their beauty. Eventually the

Spanish, Portuguese and Italians experimented with tomatoes in various recipes.

The early 1800s

Tomatoes were first quoted on the stock market around 1812.

The late 1800s

The first greenhouse tomatoes were produced by farmers in Cleveland, Ohio for the market.

The early 1900s

A superfluity of tomatoes, plus a boycott by independent brokers and other users broke up a potential “tomato trust” when there was an attempt to corner the canned market. “Tomato clubs” were designed by young farm girls who cultivated and preserved tomatoes on their peculiar.


The tomato has worldwide importance. The hydroponic tomato research is starting in the mid of 1960s, in the University of Arizona. Arizona is basically the epicenter of speedy growth of hydroponics in the United States (U.S).