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Urea Subsidy Reform: Why Shift to a Nutrient-Based Direct Benefit

10 June 20262 min read
AGRICULTURE & RURALUrea SubsidyReform: Why Shift toa Nutrient-BasedDirect Benefit10 June 2026safalsetu.com

Why in the news

An editorial argued that reform of the urea subsidy is long overdue. The Department of Fertilisers wants its Budget allocation doubled after petrochemical prices jumped once the Strait of Hormuz was blocked.

Key facts

  • Projected subsidy: up to ₹3.4 trillion in FY27, compared with the earlier high of ₹2.5 trillion in FY23 after the Russia-Ukraine war.
  • Urea support: the government carries about 90 per cent of urea’s real market cost.
  • Proposed fix: a nutrient-based, direct-benefit system so that farmers, not companies, receive the subsidy.
  • Concerns raised: fiscal sustainability, transparency, fairness, soil health and food security.

Urea vs NBS fertilisers

FeatureP and K fertilisersUrea
Subsidy schemeNutrient-Based Subsidy (NBS)Outside NBS
PricingSome price adjustment allowedAdministered price; government controls price and subsidy
NutrientPhosphorus and potassiumNitrogen

Problems with the present setup

  • Fiscal stress: the bill is unpredictable and climbing fast.
  • Diversion: wide gaps between controlled and market prices invite black-marketing and leakage.
  • Soil damage: overuse of urea hurts soil quality and long-term productivity.
  • Unequal gains: large wheat and rice farmers in certain states capture a disproportionate share.
  • Environment: surplus nitrogen causes groundwater nitrate pollution, eutrophication and N2O greenhouse gas emissions.

About Nutrient-Based Subsidy (NBS)

  • Began in April 2010 for non-urea fertilisers such as DAP, MOP and complexes.
  • The subsidy is fixed per nutrient (N, P, K, S); makers and importers set the maximum retail price and the government covers the difference.
  • This partly freed the non-urea market, but urea stayed controlled.

Why urea escaped reform

  • It is India’s most-used fertiliser, consumed heavily by wheat, rice and other staples.
  • A price rise is politically sensitive because so many farmers are affected, and governments have avoided that cost.

Soil health angle

  • Ideal N:P:K for Indian soils: about 4:2:1; actual use in many regions is nearer 10:3:1 or 8:3:1.
  • Results: loss of soil organic carbon, falling zinc, boron and sulphur, greater pest susceptibility and weaker response per kg of fertiliser.
  • The Soil Health Card Scheme and PM-PRANAM are partial answers, but incentives remain skewed.

Strait of Hormuz link

  • A narrow waterway between Iran and Oman joining the Persian Gulf and the Arabian Sea; roughly 20 to 25 per cent of global oil and much LNG trade passes through it.
  • Urea is made from natural gas, so a disruption raises gas prices, India’s urea import bill and the subsidy outgo.

Exam angle

  • NBS began April 2010; urea is excluded from it.
  • Soil schemes mentioned: Soil Health Card Scheme and PM-PRANAM.
  • Related terms: N:P:K ratio, eutrophication, direct benefit, Department of Fertilisers.

Test yourself

1. According to the urea subsidy editorial, which fertilisers were brought under the Nutrient-Based Subsidy (NBS) scheme from April 2010?

NBS covers non-urea fertilisers, mainly P and K based; urea stayed outside.

2. What is the roughly ideal N:P:K ratio for Indian soils, as cited in the urea subsidy editorial?

The ideal ratio is about 4:2:1, whereas actual use is skewed towards N.

3. Why does a Strait of Hormuz blockage push up India's urea subsidy bill?

Urea is made from natural gas, so a Hormuz disruption raises costs and subsidy outgo.