Nano Urea (Liquid) Fertilizer

Nano Urea (Liquid) Fertilizer; IFFCO Nano Urea Fertilizer for Sustainable Farming

Nano Urea is a nanotechnology-based fertilizer providing nitrogen to plants, boasting a particle size of 20-50 nm and increased surface area resulting in increased nutrient use efficiency and crop productivity.

It’s produced through an energy-efficient process, enhancing crop productivity by 8% with better soil, air, and water quality.

Application involves mixing 2-4 ml of Nano Urea in one liter of water and spraying on crop leaves at active growth stages, with recommended foliar sprays at specific intervals.

Nano-urea liquid is a type of liquid fertilizer that contains urea in a nano-scale form. Urea is a common nitrogen fertilizer used in agriculture to provide essential nutrients to plants for their growth.

 The process of converting conventional urea into nano-sized particles results in nano-urea liquid.

The main benefits of nano-urea liquid include:

  1. Increased efficiency: Nano-urea liquid is designed to improve the efficiency of urea utilization by plants. The nano-sized particles have a larger surface area compared to conventional urea, which can lead to better absorption by plants and reduced nutrient losses through leaching or volatilization.
  2. Reduced environmental impact: By increasing the efficiency of nutrient uptake by plants, nano-urea liquid can help reduce the amount of fertilizer needed to achieve the same results. This can lead to a decrease in the amount of nitrogen runoff into water bodies, which can contribute to water pollution.
  3. Cost-effectiveness: While nano-urea liquid may initially be more expensive than conventional urea, the increased efficiency and reduced application rates can make it a cost-effective option in the long run.
  4. Precision agriculture: Nano-urea liquid can be applied using precision agriculture techniques, such as fertigation or foliar spraying, to deliver nutrients directly to plants where and when they are needed. This targeted application can further improve nutrient uptake efficiency and reduce waste.
Nano Urea (Liquid) Fertilizer

How Does The Application Process Of Nano Urea Differ From Conventional Urea?

The application process of Nano Urea differs from conventional urea in the following ways:

  • Particle Size: Nano Urea has a particle size of 20-50 nanometers, whereas conventional urea typically has larger particles.
  • Surface Area: Nano Urea provides more surface area for nutrient absorption compared to conventional urea.
  • Method: Nano Urea is applied as a foliar spray on crop leaves, whereas conventional urea is typically broadcast or applied directly to the soil.
  • Frequency: Nano Urea may require fewer applications due to its enhanced efficiency, while conventional urea may need more frequent applications to achieve similar results.
  • Absorption: Nano Urea may be absorbed more readily by plants, leading to increased nutrient uptake and utilization.

What Is The Benefit Of Nano Urea Liquid?

Here are some of the major benefits of using nano urea as a fertilizer:

  1. High efficiency – Nano urea particles have very high surface area to volume ratio which enables them to be more reactive and effective even at low concentrations. Less fertilizer is needed compared to conventional urea. To use Nano Urea effectively, it is recommended to mix 2-4 ml of Nano Urea in one liter of water and spray it on crop leaves at active growth stages, with specific timing for optimal results.
  2. Slow release – The nano particles release nitrogen slowly over a longer period, reducing nitrogen loss. This increases nitrogen use efficiency for the crops.
  3. Uniform distribution – The nano size allows uniform spreading of urea particles in the field leading to equal nutrient distribution.
  4. No caking – Nano urea does not cake like prilled urea, hence easier to store and spread.
  5. Lower costs – As less nano urea is required, it lowers costs for farmers compared to traditional urea application.
  6. Less environmental pollution – The increased nitrogen use efficiency results in less nitrate leaching to groundwater and greenhouse gas emissions.
  7. Higher crop yield – More effective fertilization from nano urea can increase crop yield by 8-10% compared to conventional urea.
  8. Bioavailability – Nano urea can pass through plant cell walls more efficiently resulting in higher nutrient availability.

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