How to Do Hydroponic Farming? (Step-by-Step Implementation Guide)

1️⃣ The Planning Phase

Before starting hydroponic farming, the following questions must be clarified:

What crop will be grown?
How many square meters/acres will be used for production?
Is the goal year-round or seasonal production?
Will government-supported loans or grants be utilized?

The answers to these questions directly affect the greenhouse type, system selection, and overall cost.

2️⃣ Establishing a Suitable Greenhouse System

Hydroponics is generally conducted in a controlled greenhouse environment, which provides a stable production area independent of external climate conditions.

Most preferred greenhouse types in hydroponics:

Plastic-covered greenhouses
Modern steel construction greenhouses
High-tunnel greenhouse systems

Essential greenhouse features:

Ventilation systems
Shading systems
Heating infrastructure (especially critical for strawberry greenhouses)

3️⃣ Selecting the Hydroponic System

The system is selected based on the specific crop to be grown.

???? NFT (Nutrient Film Technique): Ideal for lettuce and leafy greens; ensures low water consumption; common in commercial production.
???? Substrate (Cocopeat / Perlite) Systems: Suitable for strawberries, tomatoes, and cucumbers; encourages strong root development; provides high yields.
???? DWC (Deep Water Culture): Provides rapid growth; production occurs while roots are continuously submerged in water.

Bozkurt Greenhouse determines the most suitable system based on your project area and product type.

4️⃣ Preparation of the Growing Media

Media used instead of soil must be sterile and disease-free.

Commonly used media:

Cocopeat (Coconut fiber)
Perlite
Rockwool

These media help by:

Allowing roots to develop easily.
Maintaining the water and nutrient balance.
Reducing the risk of disease.

5️⃣ Installation of Irrigation and Fertilization Systems

The "heart" of hydroponic farming is the automated irrigation and fertilization system.

Thanks to these systems:

Plants receive exactly the nutrients they need.
Water and fertilizer waste is prevented.
Labor costs are reduced.

Typically, these include:

Drip irrigation
Automatic fertilizer dosing
Time-adjusted control systems

6️⃣ Preparation of the Nutrient Solution

Essential macro and micro-nutrients are mixed into the water.

Fundamental Nutrients:

Nitrogen (N), Phosphorus (P), Potassium (K)
Calcium, Magnesium, and Micro-elements
Critical Note: pH and EC (Electrical Conductivity) levels must be measured and controlled regularly.

7️⃣ Seedling Selection and Planting

Seedlings used in hydroponics must be:

Healthy
Disease-free
Possessing a strong root structure

Seedlings are planted at appropriate intervals, and the system is activated.

8️⃣ Climate Control and Daily Monitoring

For successful hydroponic farming, the following must be constantly monitored:

Temperature and Humidity
Light levels
$CO_2$ balance

Automation systems allow these processes to be managed easily.

9️⃣ Harvest and Yield Management

In soilless agriculture, products:

Grow faster.
Are more homogenous (uniform).
Are higher quality and more marketable.

This significantly shortens the Return on Investment (ROI) period.

Common Mistakes in Hydroponic Farming

Choosing the wrong system for the crop.
Using cheap and low-quality equipment.
Neglecting the nutrient balance (pH/EC).
Failing to seek professional project planning.

These errors lead to yield loss and increased long-term costs.

Why Professional Support Matters

Hydroponic farming requires technical knowledge and experience. Without the right project design, system, and installation, success is difficult to achieve.

???? As Bozkurt Greenhouse, we provide:

Hydroponic greenhouse projects
Turnkey installations
Projects eligible for government-supported loans
Strawberry greenhouse and nursery systems

???? Contact us for a free preliminary consultation.