Modern Vertical NFT Hydroponic System at Dhaka University | DIBL

📍 Project Description

To meet the food demand of Bangladesh’s growing population and increase crop production on limited arable land, modern agricultural technology is essential. This project at Dhaka University is a groundbreaking step towards that goal. DIBL partnered with Dhaka University on this project, where a Vertical NFT Hydroponic System was installed under the supervision of Tanvir Hossain. This system serves as an ideal example for cultivating high-value crops like lettuce in small urban areas.

The primary challenge of the project was to effectively establish a cultivation system in a limited and open space with a movable structure. DIBL’s engineers successfully addressed these challenges, resulting in an efficient and productive Vertical NFT Hydroponic System.

🔧 Technology and Installation

Drip Irrigation BD Ltd. (DIBL) used high-quality equipment to install this Vertical NFT Hydroponic System. Key components include DIBL’s custom-made sturdy steel frame and high-quality PVC pipes. These pipes are installed vertically, allowing for much higher crop yields in less space compared to traditional soil-based cultivation.

To ensure proper nutrient and water supply in this system, flush valves, adjustable drippers with feeder lines, and inline drip tubes were used. Each lettuce plant receives its essential nutrients directly, which promotes rapid growth and healthy produce. DIBL team members worked tirelessly to ensure the installation and functionality of this project.

🌱 Farmer Benefits and Results

This Vertical NFT Hydroponic System brings many benefits to farmers and entrepreneurs. It is particularly effective for maximizing crop production in small areas. The system has proven its efficacy by successfully cultivating lettuce on a small plot of 0.05 decimal at Dhaka University. This has ensured optimal land utilization and a manifold increase in crop production compared to traditional methods.

Additionally, since hydroponic systems do not require soil, soil-borne diseases and pest infestations are significantly reduced, allowing for a decrease in pesticide use. Cultivating in a controlled environment also ensures better crop quality. The movable frame of this system has successfully tackled challenges and created a suitable environment.

💰 Cost and Savings

Although the initial installation cost of a hydroponic system can be somewhat higher, in the long run, it significantly reduces water, fertilizer, and labor costs. In particular, the Vertical NFT Hydroponic System is highly efficient in terms of water conservation. DIBL’s systems ensure water and nutrient recycling, which is also beneficial for the environment.

Agriculturist Md. Shamsuzzaman Sumon, Assistant Director for DIBL’s Bogura branch and site manager for this project, confirmed that this technology has set a new benchmark for profitable agricultural production in limited spaces. The project achieved a revenue of ৳40,340, which clearly indicates the economic potential of this method.

🔬 What Research Says

Modern agricultural science research supports the effectiveness of hydroponic systems. According to research in the Agricultural Water Management journal, hydroponic systems can save 30–60% more water than traditional methods. This is crucial for countries with water scarcity.

Similarly, information from the Irrigation Science journal indicates that controlled nutrient supply helps reduce crop diseases and increase yields. In hydroponics, fertilizer waste is minimized, allowing for similar or even better yields with 20-40% less fertilizer. DIBL’s Vertical NFT Hydroponic System successfully applies these scientific principles.

🛒 Related Products

• 🔗 DIBL Book Sample Hydroponics
• 🔗 DIBL Hydroponics Family Kit
• 🔗 DIBL IoT Controller

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❓ Frequently Asked Questions (FAQ)

❓ What is a Vertical NFT Hydroponic System?

A Vertical NFT Hydroponic System is a soilless farming method where nutrient-rich water is delivered to plant roots within a vertical structure. It helps produce more crops in less space, ideal for urban agriculture.

❓ Which crops are suitable for hydroponics?

Lettuce, strawberries, tomatoes, cucumbers, leafy greens, and various medicinal plants can be successfully cultivated using hydroponic methods. Lettuce was successfully grown in the Dhaka University project.

❓ Does this method save water?

Yes, the Vertical NFT Hydroponic System is much more water-efficient than traditional soil-based farming methods. Approximately 30-60% water can be saved because water is recycled, and waste is minimized.

❓ Does DIBL assist in setting up Vertical NFT Hydroponic Systems like this?

Absolutely! Drip Irrigation BD Ltd. (DIBL) specializes in modern agricultural technology and provides comprehensive support, including the installation of Vertical NFT Hydroponic Systems. Our experienced team supports farmers at every stage, from project planning to implementation.

❓ Is a large area required for hydroponic farming?

No, one of the main advantages of a Vertical NFT Hydroponic System is that it can be installed in small spaces, even on rooftops or balconies. The Dhaka University project was successfully implemented on a small plot of about 0.05 decimal.

📝 Post written by: Bindu, Drip Irrigation BD Ltd.

🇧🇩 এই লেখাটি বাংলায় পড়ুন (Read this post in Bangla)