Neem-Coated Urea & Same Yield, Less Urea
Saves urea
Enter your normal urea dose and the saving percentage to see urea saved, nitrogen saved, bags saved, the effective urea to apply and the value saved.
Estimate your urea saving
Next: use 88 kg neem-coated urea instead of 100 kg, split into 2–3 doses placed near the roots.
Actual saving depends on soil, crop and method; neem coating is mandatory on subsidised urea in India and also deters termites/pests slightly.
Neem-coated urea — key facts
- Why it saves
- slows N release, fewer losses
- Typical saving
- ≈ 10–15% less urea
- Urea saved
- urea × saving %
- Nitrogen saved
- urea saved × 0.46
- Bags saved
- urea saved ÷ 50 kg
- Best practice
- split into 2–3 root-zone doses
- Urea is
- 46% nitrogen
- Privacy
- Runs in your browser; nothing uploaded
Less urea, the same harvest
Plain urea acts fast — and that's its problem. A large share of its nitrogen is lost to leaching, run-off and volatilisation before the crop can take it up, so farmers over-apply to make up for it. A neem coating slows the release, keeping more nitrogen in the root zone for longer. The result is that the same yield can be grown with roughly 10–15% less urea, cutting both cost and nitrogen loss to the environment.
This tool turns that saving into numbers: urea saved in kg, nitrogen saved (at 46% N), bags saved, the effective urea to apply, and the value saved. Split the effective dose into 2–3 root-zone applications to cut losses further. Pair it with the Fertilizer (NPK), Nutrient Use Efficiency and Nano Urea tools to plan your full nitrogen programme.
Cut your urea bill
Same yield with about 10–15% less urea.
See the nitrogen saved
Urea saved converted to actual N at 46%.
Think in bags
Kilograms saved shown as 50 kg bags.
Apply the right dose
Effective urea, split into root-zone doses.
Frequently Asked Questions
What is neem-coated urea?+
Neem-coated urea is ordinary urea prills coated with neem oil. The neem slows down the conversion of urea in the soil, so nitrogen is released more gradually and stays available to the crop for longer instead of being lost. India made neem coating mandatory for all urea to improve fertiliser efficiency.
How does neem coating save urea?+
Plain urea breaks down fast, and a large share of its nitrogen is lost to leaching, run-off and volatilisation before the crop can use it. The neem coating slows that release, so more of the nitrogen reaches the plant — which means you can get the same yield with roughly 10–15% less urea.
How much urea will I actually save?+
Urea saved = your normal urea dose × the saving percentage. At a 10–15% saving, a 100 kg dose saves about 10–15 kg of urea. The tool multiplies your dose by the saving you set and also shows the effective (reduced) urea you'd now apply.
How is the nitrogen saved worked out?+
Urea is 46% nitrogen, so nitrogen saved = urea saved × 0.46. If you save 13 kg of urea you save about 6 kg of actual N. The tool reports both the urea saved and the nitrogen saved so you can see the nutrient value, not just the bag count.
How many bags does that save?+
A standard urea bag is 50 kg, so bags saved = urea saved ÷ 50. The tool converts the kilograms saved into whole and part bags, which is the practical unit you actually buy and store, and makes the cost saving easy to picture.
What is the effective urea I should apply?+
Effective urea = your normal dose − urea saved. This is the reduced quantity you apply with neem-coated urea to get the same result as the larger plain-urea dose. The tool shows it directly so you know exactly how much to put on the field.
How should I apply the saved dose?+
Split the effective urea into 2–3 doses placed in the root zone rather than broadcast in one go. Splitting matches nitrogen supply to crop demand and cuts losses further, and root-zone placement keeps the nitrogen where the roots can take it up.
Does using less urea reduce my yield?+
No — that's the point of the saving. Because neem coating reduces nitrogen losses, the smaller effective dose delivers about the same amount of plant-available nitrogen as the larger plain-urea dose, so yield is maintained while you spend less on fertiliser.
What is the value saved figure?+
The value saved is the urea saved multiplied by your urea price, so you can see the money you keep, not just the kilograms. Combine it across your whole area and the saving on a season's nitrogen bill becomes significant.
Is this an exact recommendation?+
It's a planning estimate. The real saving depends on your soil, crop, climate and how well you split and place the dose. Use it to plan your nitrogen budget and confirm rates against your soil test and local advisory before applying.