UAN LIQUID FERTILIZER
PRODUCTION FACILITY

SMART TURN-KEY PROJECT

UAN28 - UAN30 - UAN32

UAN LIQUID FERTILIZER
PRODUCTION SIDE​

PROFITABLE - FAST - SMART

uan 32 agriculture liquid fertilizer farming facility ammonium nitrate nitrogen 46%

Profitable Production

Mixing urea with water, causes a drop in temperature due to its endothermic reaction. Traditional systems require a hefty 75 kW of heating energy to dissolve urea, whereas our system accomplishes the same with only 15 kW. This results in a lower unit cost and increased profitability.

Fast Production

Each batch in our production takes just about 20 minutes, signifying an efficient and energy-saving process for rapid production. In contrast, conventional systems necessitate a minimum of 2 hours for heating and mixing.

Profitable Production

Our automated system precisely controls and mixes urea and water without manual intervention. It continuously monitors and adjusts the percentage of each component in real-time. This dynamic process ensures no wasted batches, saving both time and energy efficiently.

Minimum Manpower

A single staff member is sufficient for our production process. Their responsibilities include loading a large bag of urea into the urea hopper, and then they have three hours to monitor the system via the display. After this period, the staff member conducts a quality control check, completing their duties.

Fast Production

VDA Certificate
ISO 9001
ISO 13485
ISO 14001

Profitable Production

We supply the A.TR file. It means that you will not pay Tax on your border.

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MORE STRENGTS

We provide a variety of high-tech solutions with our diverse product portfolio.

FULL AUTOMATED UAN Production

  • Transfers UREA and AN from the hopper
  • Calculates the water amount is needed
  • Transfers water from UPW System
  • Analyzes the mixture and continues mixing
  • Transfers UAN to the stock tanks
  • No wastage/loss in production batches
  • Saves time, energy, and urea loss

Equipped with accurate sensors

  • Counting or weighing the Urea and AN sacks in our Production Systems is unnecessary.
  • The sensors automatically transfer Urea and ANto the Mixer as needed.

User Friendly UX/UI Design

Online Access and Intervention

Our Models

UAN 1800

CAPACITY: 1 m3/h
ELECTRIC: 380 V – 15 kW
NEEDED AREA: 300 m2

UAN 4800

CAPACITY: 3 m3/h
ELECTRIC: 380 V – 18 kW
NEEDED AREA: 350 m2

UAN 7200

CAPACITY: 5 m3/h
ELECTRIC: 380 V – 22 kW
NEEDED AREA: 400 m2

UAN 9600

CAPACITY: 8 m3/h
ELECTRIC: 380 V – 30 kW
NEEDED AREA: 450 m2

ULTRA WATER PURIFICATION
BASED ON ISO 22241

TRIPLE PASS RO SIDE​

ADJUSTABLE WITH ALL WATER QUALITIES

ro sistem for uan

CharacteristicsUnitDrinking Water (ISO: 10500)Deionized Water (ISO 22241)
Aluminummg/l Max0.030.5
Calciummg/l Max750.5
Ironmg/l Max0.30.5
Magnesiummg/l Max300.5
ConductivityμS/m5,000-50,0005.5

How does UAN effect the plant grow?

UAN (Urea-Ammonium Nitrate) fertilizer typically contains two main types of nitrogen:

1. Ammonium Nitrogen: Ammonium nitrogen is in the form of ammonium ions (NH4+). It is immediately available to plants upon application and can be easily taken up by plant roots. Ammonium nitrogen is positively charged and adheres to soil particles, reducing the risk of leaching and making it relatively stable in the soil.

2. Urea Nitrogen: Urea is a solid nitrogen fertilizer component of UAN fertilizer. When applied to the soil, urea undergoes a chemical reaction called hydrolysis, converting it into ammonium and bicarbonate ions. The ammonium ions formed from urea hydrolysis become available to plants over time.

So, UAN fertilizer contains both ammonium nitrogen and urea nitrogen, providing a balanced nitrogen supply to crops. Ammonium nitrogen offers immediate availability, while urea nitrogen provides a gradual and sustained release of nitrogen over time, improving nutrient efficiency and utilization by plants.

uan effects on plants nitrogen ammonia ammonium nitrate

COMPARISON THE SEVERAL TYPES OF UAN

UAN GRADE283032Unit
Urea303335% weight
Ammonium Nitrate404245% weight
Water302520% weight
Density (20℃)1.281.301.32t/m³
Salt precipitation temperature-18-10-2

UAN 32 CONTENT

GUARANTEED CONTENTMass (w/w)%
Ammonia Nitrogen (N-NH3)8
Nitrate Nitrogen (N-NO3)8
Urea Nitrogen (N-NH2)16
Trace Elements
Water-soluble BORON (B)0.01
Water-soluble COPPER (Cu)0.02
Water-soluble IRON (Fe)0.02
Water-soluble MANGANE (Mn)0.01
Water soluble MOLYBDENE (Mo)0.001
Water soluble ZINC (Zn)0.002

UAN 32 APPLICATION TABLE

HERBAPPLICATION TIMEFROM LEAF cc/decare (with 100 liters of water)WITHOUT DRIP IRRIGATION liter/decare (with 1 ton of water)
Tomato-Pepper Eggplant-CucumberFrom the seedling planting to the growing period250-3003-4
Watermelon-Melon-PumpkinFrom the seedling planting to the growing period250-3003-4
StrawberryDuring the development period250-3003-4
Vineyard-Kiwi1st application: Before flowering 2nd application: After fruit set 3rd application: 10-15 days after the second application250-3003-4
BananaDuring the development period250-3003-4
Citrus1st application: Before flowering 2nd application: After fruit set 3rd and 4th applications: Until fruit ripens250-3003-4
Cherry-Cherry-Peach Apricot-PlumIn early development250-3003-4
Apple-Pear-QuinceIn early development250-3003-4
OliveIn early development250-3003-4
Corn-SunflowerFrom the period when the plant height is 15-20 cm300-3503-4
Potato-S. Beet CarrotFrom the exit250-3003-4
Wheat-Barley-PaddyFrom the beginning of brotherhood350-400
CottonFrom the period when the plant height is 15-20 cm300-3503-4
Beans-Chickpeas LentilsFrom the period when the plant height is 15-20 cm300-3503-4
Hazelnut-Walnut-PistachioIn early development250-3003-4
Vegetables that are eaten with leaves (Lettuce, Curly, Cabbage, etc.)During the development period250-3003-4
Onion-GarlicDuring the development period250-3003-4
Green areas- Ornamental PlantsDuring the development period300-4003-4
Foliar application doses are applied at intervals of 10-15 days, and drip irrigation doses are applied weekly.

Reach out to us and join the movement toward a greener and more prosperous tomorrow. Let’s work together to create smart facilities that leave a positive legacy for future generations. Together, we can turn dreams into reality and make a profound difference.