Daily Newspaper Notes: March 16, 2026

India’s Nuclear Energy Transition And Thorium Pathway

SHANTI Act and Regulatory Framework

• Expands nuclear energy participation beyond traditional state control.
• Encourages collaboration across public, private, academic, and industrial stakeholders.
• Legislative support must be complemented by a non-monopolistic and enabling regulatory framework.

Dependence on Uranium and Sustainability Concerns

• India’s nuclear capacity growth relies significantly on imported uranium.
• Domestic uranium reserves are low-grade and expensive to extract.
• The 100 GWe by 2047 mission requires about 18,000–20,000 tonnes of uranium annually.
• Global nuclear capacity is projected to increase significantly, intensifying competition for uranium resources.
• Known global uranium reserves can sustain current once-through usage for only about three decades.
• Once-through uranium use is unsustainable.
• Securing uranium supply will become increasingly difficult.

Thorium Recycling as a Strategic Alternative

• Nuclear recycling enhances fuel efficiency by 50–100 times.
• Limited adoption globally due to proliferation concerns.
• India possesses the largest thorium reserves globally.
• Thorium use enables long-term energy independence.
• It also minimises risks of weapons proliferation.
• Resolving challenges in thorium utilisation requires urgent and multidisciplinary innovation.

Role of Fast Breeder Reactors (FBRs)

• Integral to India’s three-stage nuclear programme.
• Prototype 500 MWe Fast Breeder Reactor is nearing completion.
• Metal-fuelled FBRs and advanced fuel recycling technologies are required for future expansion.
• Large-scale deployment aligned with economic demand may take around three decades.
• FBRs are intended to produce uranium-233 through thorium irradiation.

Expanding Role of PHWRs and Thorium Irradiation

• The 100 GWe mission is expanding Pressurised Heavy Water Reactor capacity beyond earlier projections.
• PHWRs can irradiate thorium to generate uranium-233.
• This can accelerate transition to third-stage Thorium Molten Salt Reactor-based Small Modular Reactors.
• It helps reduce the slowdown between stages of the nuclear programme.

HALEU–Thorium Fuel Approach

• Thorium can be used with High-Assay Low-Enriched Uranium in PHWRs without major design changes.
• This approach improves economic efficiency and safety.
• It reduces proliferation risk.
• It enables higher burnup levels.
• It results in lower spent fuel and backend costs.
• Requires accelerated irradiation testing and demonstration.
• India currently lacks such testing facilities and may rely on international cooperation.

SMRs, Hydrogen Production and Recycling Technologies

• Small Modular Reactors need to be developed alongside thorium-based systems.
• These reactors can enable low-cost green hydrogen production through thermochemical routes.
• Pyrochemical nuclear recycling can serve as a common backend technology.
• Irradiated HALEU–thorium fuel can also be recycled using this process.
• These developments are challenging but achievable with focused effort.
• Policy emphasis is reflected in the 2025–26 budget.

Fertiliser Sector Vulnerability And Reform Imperatives

Impact of West Asia Conflict on Supplies

• The conflict threatens disruption of energy and fertiliser supplies.
• Key maritime chokepoints such as the Strait of Hormuz are at risk, affecting global trade flows.
• Oil, gas, and fertiliser markets, especially urea, have already experienced price volatility.

India’s Dependence on Energy Imports

• Around 88% of India’s crude oil requirement is met through imports.
• In FY25, India imported about 243 million tonnes of crude oil worth $137 billion.
• Nearly half of these imports come from the Middle East via the Strait of Hormuz.
• Brent crude prices rose sharply from $66 per barrel to about $120 before stabilising near $100.
• India imports about two-thirds of its LPG (31.3 Mt in FY25), leading to a domestic price increase of ₹60 per cylinder.

Natural Gas Disruptions and Impact on Fertiliser Production

• India imported about 27 Mt of LNG in FY25, roughly half of its requirement, worth around $15 billion.
• Qatar accounts for nearly half of LNG imports.
• LNG prices increased from $10/mmBtu to $24–25/mmBtu within two weeks.
• Government prioritisation of gas allocation for households and transport has reduced supply to fertiliser producers to 70% of normal levels.
• This is likely to adversely impact domestic urea production.

Fertiliser Dependence and Food Security Risks

• India consumes about 40 Mt of urea annually, while domestic production is around 30 Mt.
• Urea imports are expected to exceed 10 Mt in FY26, compared to 5.6 Mt in FY25.
• Over 60% of urea imports come from the Persian Gulf region.
• Global urea prices rose from $484/tonne to $652/tonne within 10 days.
• Natural gas, the key input for urea, is 85% import-dependent.
• Effective import dependence in urea rises to about 55% when feedstock imports are included.
• Over 80% of ammonia and sulphur imports come from the Gulf.
• Around 40% of DAP imports are sourced from Saudi Arabia.
• Potassic fertilisers (MOP) are almost entirely imported.
• Phosphatic raw materials are 90–95% import-dependent.
• Overall, India depends on global supply chains for about 68–70% of fertiliser requirements in FY25.

Economic Implications

• India exported agri-products worth $11.8 billion to the Middle East in FY25, which are under strain.
• Prolonged crisis could increase the fertiliser subsidy bill in FY27 beyond ₹2 lakh crore against a budgeted ₹1.7 lakh crore.

NavIC System Challenges And Atomic Clock Failure

IRNSS/NavIC: System Overview

• Indian Regional Navigation Satellite System (IRNSS), operationally called NavIC, is a regional satellite navigation system.
• Designed as a seven-satellite constellation.
• Provides positioning data over India and up to 1500 km beyond.
• Intended to deliver location accuracy of about 10 metres over India and surrounding regions.
• Satellites are positioned to provide better signal availability over India, including difficult terrains.

Recent Atomic Clock Failure

• Atomic clock onboard IRNSS-1F stopped functioning on March 13, 2026.
• As a result, the satellite can no longer provide positioning data.
• The satellite will continue to operate for one-way messaging services.
• Atomic clocks are essential for accurate positioning, navigation, mapping, and infrastructure planning.

Status of NavIC Constellation

• Before the failure, five satellites provided positioning data: IRNSS-1B, 1C, 1F, 1I, and NVS-01.
• Loss of IRNSS-1F further reduces operational capability.
• Early satellites have faced repeated atomic clock failures.
• Several satellites are aging beyond their 10-year mission life.
• IRNSS-1A is almost defunct; 1B and 1C have also crossed their mission life.
• IRNSS-1H launch in 2017 failed due to heat shield malfunction.
• IRNSS-1I (2018) was launched as a replacement.

Failure of NVS-02 Satellite

• NVS-02, launched in January 2025, failed to reach its final orbit.
• The failure was due to an electrical issue preventing engine ignition.
• Signal did not reach the pyro valve of the oxidiser line due to connector failure.
• As a result, the satellite could not provide positioning data.

Issues in User Segment Development

• Delay in development of user receivers affected system utilisation.
• Although funding was approved in 2006, work began only in 2017.
• Several satellite mission lifespans were underutilised.
• NavIC is currently used in aviation, shipping, railways, and supported in some mobile devices.

Advancements in New-Generation Satellites

• Introduction of indigenously developed atomic clocks.
• Increased mission life from 10 years to 12 years.
• Addition of L1 frequency along with existing L5 and S bands.
• L1 band improves interoperability with global systems like GPS.
• Enables usage in low-power devices such as wearables.

Geopolitics And Oil Price Dynamics

Recent Trends in Oil Prices

• Brent crude rose from about $57.56 in mid-December 2025 to as high as $118 per barrel.
• Prices have moderated slightly but remain above $100 with no immediate easing.
• Geopolitical shocks typically cause sharp spikes followed by gradual stabilisation, but current conditions show prolonged volatility.

Changing Nature of Geopolitical Influence

• Earlier conflicts rarely removed Gulf oil from global supply.
• Current disruptions have created tangible barriers to supply.
• Oil trade is now affected by costs, confidence, and operational conditions.
• Oil security now includes financial, logistical, and political uncertainties, not just physical access.

Vulnerability of Maritime Chokepoints

• Around one-fifth of global oil consumption passes through the Strait of Hormuz.
• About one-tenth of seaborne crude moves through the Bab el-Mandeb and Suez corridor.
• Ongoing conflict has effectively sidelined about 20% of global supplies.
• Oil prices now react sharply to geopolitical signals even without actual production cuts.

Logistical and Cost Implications

• Geopolitical tensions disrupt maritime security and trade routes.
• Shipping rerouting increases freight rates and delays.
• Supertanker freight rates have more than doubled.
• Shipping insurance premiums have risen due to war risks.
• Emergency conflict and war-risk surcharges imposed by carriers.
• These factors increase landed import costs.

Oil as a Political Instrument

• Oil trade is increasingly shaped by geopolitical strategies.
• Example: Russian crude redirection to Asia after the Ukraine conflict.
• Maintained volumes but increased logistical complexity and costs.
• Stability in supply volumes does not imply operational stability.

Financialisation of Oil Markets

• Oil is traded as both a physical commodity and financial asset.
• Futures, options, and derivatives amplify market sensitivity.
• Prices increasingly reflect expectations and investor behaviour.
• Speculative activity rises even when physical supply is stable.
• Weakens traditional link between supply-demand balance and prices.

Role of Strategic Petroleum Reserves (SPR)

• Originally meant for physical supply disruptions.
• Now used to stabilise market sentiment.
• G-7 announced release of 400 million barrels in response to the conflict.
• Equivalent to about 20 days of oil flows through the Strait of Hormuz.
• Announcement itself influenced prices by easing market sentiment.

Role of Major Powers and Institutions

• United States influences markets through production, reserves, and diplomacy.
• Asia drives demand growth and incremental consumption.
• OPEC continues supply coordination, now interacting with geopolitical risk factors.

Energy Transition and Continued Relevance of Oil

• Renewable energy and electric mobility are expanding.
• Oil remains essential for transport, aviation, and petrochemicals.
• Global oil demand exceeds 105 million barrels per day.
• Petrochemicals account for a growing share of consumption.
• Market is segmented between declining fuel demand and rising industrial demand.

Implications for India

• Oil demand in India is expected to continue growing.
• Energy security requires diversification of crude sources.
• Ability to process diverse crude grades enhances resilience.
• Strategic reserves provide buffer against shocks.
• Need for stronger commercial and financial capabilities in oil trade.
• Energy policy must integrate diplomacy, maritime awareness, and market analysis.

Water-Centric Climate Resilience Framework

Shift in Climate Adaptation Approach

• Adaptation is now viewed as a measurable and accountable discipline.
• Water has moved from peripheral infrastructure concern to a central element of climate survival.
• Integration of water, sanitation, and hygiene (WASH) into global adaptation indicators.
• Reframing of the water-food-climate nexus with global implications.

Climate Change Through the Water Lens

• Climate impacts manifest primarily through water-related events.
• Floods, droughts, glacial melt, saline intrusion, and erratic monsoons disrupt ecosystems and economies.
• Agriculture contributes about 40% of anthropogenic methane emissions.
• Water-related strategies include improving water use efficiency, wastewater reuse, aquifer recharge, and resilient sanitation systems.

Belém Adaptation Indicators and Global Governance

• 59 Belém Adaptation Indicators introduced under the UAE Framework for Global Climate Resilience.
• Climate-resilient water and sanitation systems:
  • Address water scarcity and extreme events such as floods and droughts.
  • Ensure universal access to safe drinking water.
  • Upgrade sanitation infrastructure to withstand climate shocks.

• Risk governance framework:
  • Universal multi-hazard early warning systems by 2027.
  • Strengthening hydrometeorological services.
  • National vulnerability assessments to be updated by 2030.

• Emphasis shifts from asset creation to system performance under stress.

India’s Institutional and Policy Foundations

• Creation of the Ministry of Jal Shakti (2019) enabled integrated water governance.
• Water Vision 2047 aligns with sustainability, equity, and resilience principles.
• Groundwater management: NAQUIM 2.0 shifts focus from mapping to aquifer-level management planning.
• River management:
  • National Mission for Clean Ganga integrates biodiversity, digital monitoring, and global collaboration.
  • Focus on river systems as buffers against climate variability.

• Key Systemic Challenges
  • Water scarcity remains severe and unevenly distributed.
  • Most climate disasters in India are water-related.
  • Need for climate stress testing of water infrastructure and diversification of supply systems.

• Adaptation finance:
  • Global target of $1.3 trillion annually by 2035 lacks clear implementation pathways.
  • Limited predictable funding risks prioritising post-disaster recovery over long-term resilience.
  • Water projects need recognition as climate investments.

• Digital fragmentation:
  • Limited integration of hydrological and meteorological data using AI.
  • Weak linkage between data systems and planning or governance processes.

Need for Policy Convergence and Integration

• Existing Indian missions already align with global adaptation targets.
• Areas include drinking water, sanitation, irrigation, urban water reforms, and climate action.
• Climate stress indicators need integration into mission monitoring systems.
• Opportunity to leverage digital public infrastructure:
  • Integration of hydrological data, crop advisories, insurance, and financial flows.
  • Development of interoperable platforms for real-time decision-making.

Strategic Significance of Belém Indicators

• Serve as a framework for operationalising climate resilience.
• Shift adaptation from peripheral policy to core development strategy.
• Emphasis on system functionality during climate stress rather than infrastructure expansion.
• India is positioned to scale adaptation through existing reforms, technology, and community initiatives.

Right To Die With Dignity And Passive Euthanasia

Evolution of Right to Life with Dignity

• In Gian Kaur vs State of Punjab (1996), the Supreme Court held that Article 21 includes the right to live with dignity.
• However, it rejected the inclusion of the right to die within Article 21.

Recognition of Passive Euthanasia

• In Aruna R. Shanbaug vs Union of India (2011), the Supreme Court recognised passive euthanasia.
• Permitted withdrawal of life support for patients in terminal conditions or prolonged ineffective treatment.
• Guidelines were issued to regulate such decisions in the absence of legislation.
• Law Commission reports (2006, 2012) supported withholding life support in the patient’s best interest without criminal liability.

Common Cause Judgment (2018 and 2023)

• In Common Cause vs Union of India (2018), the Supreme Court recognised the right to refuse medical treatment as part of Article 21.
• Linked dignity with privacy, autonomy, and self-determination.
• Allowed withdrawal or withholding of medical treatment under constitutional protection.
• 2023 judgment refined procedural aspects.
• Core principles of Common Cause guidelines:
  • Intervention must qualify as medical treatment.
  • Withdrawal must be in the patient’s best interest.

• Safeguards include:
  • Approval from primary and secondary Medical Boards.
  • Detailed procedural requirements to prevent misuse.

• Court highlighted the absence of a specific legislative framework.

Harish Rana Case: Legal Interpretation

• The Supreme Court allowed withdrawal of life support under Common Cause guidelines.
• Key legal issues:
  • Clinically Assisted Nutrition and Hydration (CANH) was classified as medical treatment due to need for medical supervision and expertise.
  • Determination of “best interest” based on views of family and medical boards.

• Court’s reasoning:
  • Medical treatment is justified only if it provides therapeutic benefit.
  • When recovery is impossible, continuation of treatment merely prolongs biological existence without benefit.
  • Withdrawal of treatment was considered in the patient’s best interest.

Key Constitutional Principles

• Right to dignity under Article 21 extends to end-of-life decisions.
• Right to refuse treatment reflects autonomy and self-determination.
• Passive euthanasia is legally permitted under judicial guidelines.
• Absence of comprehensive legislation remains a gap in the framework.

U.S. Trade Investigations Against India Under Section 301

Current Tariff Scenario

• U.S. Supreme Court ruled against the use of the International Emergency Economic Powers Act (IEEPA) for imposing reciprocal tariffs.
• India earlier faced tariffs of 50%, later reduced to 25% between August 2025 and February 2026.
• The U.S. imposed a 10% tariff on imports from all countries for 150 days under Section 122 of the Trade Act of 1974.
• The U.S. may use other provisions of the Trade Act to impose additional tariffs.

First Investigation: Excess Manufacturing Capacity

• Initiated under Section 301(b) of the Trade Act of 1974.
• Covers 16 economies including India.
• Focuses on whether exports based on excess manufacturing capacity are harming U.S. industries.
• U.S. estimates India’s trade surplus at $58 billion in 2025, while Indian data estimates $42.2 billion.
• Surplus sectors include textiles, health, construction goods and automotive goods.
• Solar module manufacturing capacity is nearly three times domestic demand.
• Excess capacity is also observed in petrochemicals, steel and other industries.

Second Investigation: Forced Labour Concerns

• Initiated under Section 301(b) of the Trade Act of 1974.
• Covers about 60 countries including India.
• Examines whether countries have taken sufficient steps to prevent imports of goods produced using forced labour.
• Focuses on the impact of such practices on U.S. workers and businesses.

Significance of Section 301(b)

• Section 301 allows action against foreign practices that are unjustifiable, unreasonable or discriminatory.
• Provides legal basis for retaliatory measures such as tariffs.
• Investigations may lead to new tariffs after the expiry of the current 10% tariff period.

India’s Response

• No official public response from the Indian government so far.
• The European Union has expressed concern and indicated possible countermeasures if commitments are breached.

Industry Response in India

• Concerns over additional uncertainty in sectors such as textiles, steel, aluminium and automobiles.
• Existing tariffs continue, including a 50% tariff on steel, aluminium and auto-related products.
• Textile sector faces stress due to external factors and policy uncertainty.
• Some experts indicate no immediate impact as investigations are likely to be prolonged.