Note4Students

UPSC loves questions where law and society collide—especially when the Constitution, property rights, and minority institutions intersect. This article takes a complex issue—the Waqf (Amendment) Act, 2025—and makes it understandable. In past Mains papers, like the 2016 question on the 69th Amendment and Delhi’s federal tensions, UPSC has tested how well aspirants can balance law, politics, and constitutional principles. Waqf reform fits that pattern. But here’s where aspirants often falter: they either focus too much on faith and ignore Article 300A and due process (“The Overlooked Right to Property”), or they go too technical and miss the larger governance debates (“Secular Implications of the Waqf Act”). This article solves that by taking specific subheads—like how the burden of proof is shifted to Waqf Boards, or how the eligibility to donate now requires 5 years of religious adherence—and explains what they mean for property rights and state accountability. One very special feature of this article is its side-by-side comparison of the Sachar Committee and the JPC recommendations. That’s gold for Mains answers—it shows the evolution of policy thinking (“Comparative Assessment of Sachar Committee and JPC Recommendations”). It’s rare to find both depth and simplicity in one piece. This one does it—with examples, structure, and a direct link to how the UPSC frames its questions.

This article explains the Waqf (Amendment) Act, 2025, where property rights, minority institutions, and constitutional principles meet. UPSC often frames such themes, as seen in the 2016 Mains question on Delhi’s federal structure. Waqf reform fits this pattern. Aspirants often miss the balance—focusing only on religion and overlooking Article 300A, or going too technical and missing governance issues. This article helps bridge that gap. It covers key changes like the burden of proof shifting to Waqf Boards and new donation rules based on five years of religious adherence. A key highlight is its comparison of the Sachar Committee and JPC reports, offering policy depth and helping you frame well-rounded answers for both law and governance questions.

PYQ ANCHORING:

1. Discuss the essentials of the 69th Constitutional Amendment Act and anoma lies, if any that have led to recent reported conflicts between the elected repre sentatives and the institution of the Lieutenant Governor in the administration of Delhi. Do you think that this will give rise to a new trend in the functioning of the Indian federal politics? [2016]

MICROTHEMES:  Center-State Relations

“Once a property is given to Allah, it can never be taken back.”That’s not just faith—it’s law. In India, this belief governs over 8.7 lakh Waqf properties, making the Waqf Boards one of the country’s largest landowners. But what happens when this spiritual permanence meets legal loopholes, unchecked power, and rising communal unease? From municipal buildings to entire villages being claimed as Waqf, the system has triggered protests, litigation, and a burning question: Can religious endowments coexist with democratic accountability?

The Waqf (Amendment) Bill, 2025 promises reform—but has opened a fresh Pandora’s box.
Is this course correction—or quiet control? Let’s unpack what’s changing—and why it matters more than ever.

Eligibility to Donate to Waqf Under the New Law:
Only practicing Muslims who have been adhering to their faith for at least five years are eligible to donate property as Waqf under the 2025 Amendment. This reinstates a pre-2013 rule aimed at ensuring genuine and voluntary contributions.

Current Status of Waqf Properties in India

• Registered Properties: As of March 2025, approximately 8.72 lakh Waqf properties are registered across India, covering over 38 lakh acres of land.
  Eg: Uttar Pradesh has around 2.1 lakh Waqf properties, West Bengal about 78,000, and Kerala around 55,000.
  
• Urban and Rural Distribution: Waqf properties are located in both prime urban and fertile rural areas but face encroachment and mismanagement.
  Eg: In cities like Delhi and Mumbai, Waqf land in commercial hubs remains underutilized or illegally occupied.
• Economic Potential: As per government estimates, if properly developed and leased, Waqf properties could generate annual revenues exceeding ₹12,000 crore.
  
• Digitalisation Progress: Under the ‘Waqf Management System of India (WAMSI)’ project, over 6 lakh properties have been digitised, but real-time land use data remains incomplete.
  
• Litigation Overload: Thousands of Waqf properties are entangled in long-pending legal disputes, clogging courts and undermining revenue generation.

The Waqf (Amendment) Act, 2025 strives to address the property rights concerns and increase transparency in how Waqf properties are managed and declared. 

Key Changes the 2025 Act Tries to Make://DOMINATE PRELIMS

Concern	Old Waqf Act (1995)	Waqf (Amendment) Act, 2025
No notice to current landowners	Waqf Boards could declare land as Waqf without notifying the landowner.	Mandatory prior notice and public hearing before a property is registered as Waqf.
No time limit for Waqf claims	Land could be declared Waqf decades later, even if private people lived or owned it legally.	Time bar introduced—claims must be made within a set period from property listing or dispute.
Burden of proof	Property owner had to prove it was not Waqf, even if they had legal papers.	Burden of proof now shifted to Waqf Boards to justify the Waqf claim with proper documentation.
No appeal mechanism	Limited legal remedies. Tribunals were often seen as biased or unresponsive.	Independent grievance redressal forum or appellate authority proposed for fair hearings.
Land records mismatch	Many properties were marked Waqf without being in official land records.	Proposed integration with official land registries and local government records.

Comparative Assessment of Sachar Committee and JPC Recommendations on Waqf Administration Reforms// SMASH MAINS

Over the years, multiple expert bodies have evaluated the challenges facing Waqf property management in India. Two of the most prominent among them—the Sachar Committee (2006) and the Joint Parliamentary Committee (2008)—offered distinct but complementary recommendations:

Sachar Committee (2006)	Joint Parliamentary Committee (2008)
Emphasized efficient utilization of Waqf properties for community welfare	Focused on structural and punitive reforms
Advocated regulation and accountability of Mutawallis	Demanded stringent punishment for mismanagement by Mutawallis
Called for digitization and systematic record-keeping of Waqf properties	Urged complete computerization of Waqf Boards
Recommended inclusion of non-Muslim technical experts	Recommended inclusion of Shia community representation
Proposed two women members in both Central and State Waqf Boards	Proposed senior-level officers (IAS or equivalent) as CEOs of State Boards
Suggested Joint Secretary-level officers be appointed to Waqf Boards	Suggested Writ Jurisdiction in High Courts for select matters
Urged financial audits by CAG or equivalent auditing authority

The Overlooked Right to Property: Reclaiming Article 300A in the Waqf Debate

The Waqf Act allows Muslims to dedicate property for religious or charitable use—like mosques or madrasas—after which it becomes inalienable and is managed by government-backed Waqf Boards.

The controversy lies in Waqf Boards declaring land as Waqf without informing legal owners. Many discover their property is listed in Waqf records years later, despite having valid documents and long-term possession.

This practice clashes with Article 300A of the Constitution, which protects the right to property. The law’s earlier version didn’t require notice or consent, violating due process and natural justice. At its core, this is not a religious issue—it’s about transparency, legal ownership, and fair procedure. No authority—religious or otherwise—should bypass these principles.

• Constitutional Shift Post-1978: After the 44th Constitutional Amendment, the Right to Property was removed from the list of fundamental rights and placed under Article 300A, making it a constitutional right—still enforceable against arbitrary State action.
• Unilateral Powers under Pre-2025 Waqf Law: The Waqf Act, 1995 allowed Boards to declare land as Waqf without notifying current owners or verifying titles, especially under the provision of “Waqf by user”, raising serious concerns about due process violations.
• Article 300A Requires Procedural Fairness: The Supreme Court has held in several cases (e.g., Bishan Dayal v. State of U.P.) that any deprivation of property must follow a valid legal process, including notice, hearing, and compensation where applicable.
• Judicial Pushback in High Courts: In cases from Delhi, Tamil Nadu, and Haryana, courts have stayed Waqf Board land claims where ownership was contested or where declarations were made without legal scrutiny.
• The 2025 Amendment’s Course Correction:  By removing the Waqf Board’s unilateral powers and requiring ownership verification, inheritance settlement, and due process, the Amendment helps align Waqf law with Article 300A protections.
• Balancing Faith and Property Rights: The reforms reflect a shift from faith-based presumptions to constitutionally sound legal procedures, ensuring that religious endowment systems do not override individual rights and public interest.

Secular Implications Of The Waqf Act

The Waqf (Amendment) Act, 2025 has reignited debates about the nature of secularism in India. While the original Waqf Act, 2013 aimed to manage Muslim religious endowments, the new amendment brings significant changes—ranging from restrictions on who can create Waqf, to inclusion of non-Muslims in decision-making, to better legal safeguards and gender justice. These changes are seen by some as a step towards a more transparent and accountable system aligned with constitutional values. Others, however, argue that the bill dilutes religious autonomy and risks over-secularizing a faith-based institution. The table below explores both sides of this ongoing debate through key aspects of the legislation.

Parameter	Supports Secularism	Goes Against Secularism
Who can create Waqf	Earlier, anyone (including non-Muslims) could create Waqf. The new rule limiting it to practicing Muslims ensures religious autonomy and prevents misuse.	Limiting Waqf creation to only Muslims makes it a religiously exclusive institution, which goes against India’s secular idea of equal religious participation.
Inclusion of non-Muslims in Waqf Boards	Mandating at least 2 non-Muslim members promotes inclusivity and ensures Waqf affairs are not run in isolation.	Including non-Muslims in a religious body might interfere with internal religious matters, possibly violating the right to religious self-governance.
Waqf Board’s power to declare property	Removing the Board’s unilateral power and requiring due process ensures justice, protects property rights, and aligns with secular legal standards.	It may be seen as interfering with religious institutions, especially if Waqf claims are now harder to assert, which some may view as targeting Muslim religious endowments.
Women’s inheritance in family Waqf	Clarifying that women must get their due inheritance before any Waqf declaration protects gender rights, in line with constitutional values.	Some conservative voices may argue this overrides religious customs, affecting the religious freedom of Muslims to manage property within their own traditions.
Composition of Waqf Tribunals	Requiring a judge, bureaucrat, and Muslim law expert makes the body balanced and fair, blending secular legal and religious expertise.	Critics may argue that State-appointed members dilute religious autonomy and make the tribunal an extension of government control over a religious institution.
Appeal Mechanism	Introducing a clear appeal to the High Court promotes transparency, accountability, and respect for legal norms—pillars of a secular democracy.	Some fear judicial review of Waqf matters by secular courts may conflict with religious practices, and hence intrude into faith-based self-regulation.

Criticism from the Opposition

• Violation of Religious Freedom and Philanthropy Rights: The ban on non-Muslims creating Waqf is seen as a violation of religious freedom.
  Eg: If a Hindu philanthropist wishes to donate land to a mosque for educational purposes, the law now prohibits it from being treated as Waqf.
  
• Interference in Personal and Religious Affairs: The restructuring of tribunals and mandatory non-Muslim representation are viewed as excessive state interference.
  Eg: The inclusion of non-Muslims in bodies managing Islamic religious endowments is seen by some as an imposition on community autonomy.
  
• Lack of Community Consultation:  The amendment was introduced without engaging major Muslim organizations or Waqf practitioners.
  
• Political Targeting Allegations:  Some opposition leaders allege the law disproportionately regulates minority-managed religious properties.
  
• Fear of Misuse of Tribunal Restructuring: Transferring certain matters to civil courts and restructuring tribunals raises fears of judicial delays and weakened community control.

Way Forward

• Initiate Inclusive Multi-Stakeholder Dialogue: Engage religious leaders, legal experts, civil society, and State Waqf Boards in policymaking to rebuild trust.
  
• Ensure Legal and Gender Inclusivity: Revisit eligibility clauses and promote gender-balanced appointments within Waqf governance structures.
  
• Digitize and Geo-Tag All Properties: Full digitization, GIS mapping, and real-time monitoring to reduce fraud, encroachment, and ghost listings.
  
• Strengthen Audit Mechanisms: Mandate annual audits by third-party or CAG-authorized bodies to ensure transparency in Waqf finances.
  
• Empower Tribunals with Judicial Capacity: Instead of dismantling, strengthen Waqf Tribunals with better-trained judicial officers and faster grievance redressal timelines.
  
• Safeguard Minority Autonomy While Ensuring Accountability:  Strike a balance between secular oversight and community self-governance by refining board compositions through consultations.

Back to Basics: Waqf (Amendment) Bill

Concept of Waqf

• Waqf is a permanent and irrevocable dedication of property by a Muslim for religious, pious, or charitable purposes.
  
• The ownership of the property is considered to be transferred to “Allah”, with no human or institution holding claim over it.
  
• Once declared as Waqf, the property becomes inalienable — it cannot be sold, transferred, mortgaged, or inherited.
  
• The person who creates a Waqf is called a Waqif, and the one appointed to manage it is a Mutawalli.
  
• Waqf can include mosques, graveyards, educational institutions, hospitals, and orphanages, among others.
  
• The concept has roots in Islamic jurisprudence and has existed in India since the Delhi Sultanate era.
  

Legal Framework

• The Waqf Act, 1995 is the primary legislation governing the administration and protection of Waqf properties in India.
  
• The Act provides for the establishment of State Waqf Boards and a Central Waqf Council to oversee and regulate Waqf assets.
  
• The 2013 amendment enhanced transparency through measures like mandatory registration and surveys of Waqf properties.
  
• The Act empowered Waqf Boards to declare, manage, and protect Waqf lands, including initiating eviction of encroachments.
  
• Waqf Tribunals were established to resolve disputes, with no appeal provision to civil courts (till 2024 amendment).
  
• Waqf properties are exempt from the Limitation Act, allowing Waqf Boards to reclaim land without time restriction.
  

Rationale Behind the Amendment

• There were increasing cases of encroachments, illegal sales, and forced declarations of private or public lands as Waqf.
• Multiple court cases and PILs raised concerns about arbitrary claims and lack of procedural safeguards.
• Non-Muslim stakeholders alleged they were not consulted during land surveys or declarations, leading to unrest.
• Gender injustice was noted in cases where women’s inheritance rights were bypassed in family Waqf declarations.
• The existing law lacked provisions for judicial oversight, digital record-keeping, and independent auditing.
• Rising criticism over lack of transparency and political misuse of Waqf provisions necessitated structural reforms.

SMASH MAINS MOCK DROP

The Waqf (Amendment) Act, 2025 seeks to strike a balance between religious autonomy and constitutional accountability. In light of this, critically examine the implications of the new law on property rights, secularism, and minority welfare in India.

N4S:

This article connects two powerful forces shaping our future — Artificial Intelligence and energy sustainability. It dives deep into how AI, while revolutionising everything from healthcare to creativity, is also silently guzzling electricity at alarming rates (“Why AI Needs So Much Energy?”). In UPSC, questions from such topics often begin innocently (like the 2023 question on AI and clinical diagnosis), but they demand layered understanding. Many aspirants falter here — they either describe AI in isolation or ignore its wider implications. They miss interlinkages with environment, policy, or energy. This article helps exactly there. It not only explains AI’s energy demands in simple terms (e.g., GPUs “melting” under energy load) but shows how this is becoming a policy and ethical challenge too (“Smart Tech vs. Smart Planet”). It connects AI with nuclear energy, especially Small Modular Reactors (SMRs), a theme rarely found in standard books but crucial for aspirants who want to go beyond the obvious. The real strength of this article lies in its 360° view — it brings in perspectives of environmentalists, technologists, economists, and policymakers. For example, the contrast between Microsoft’s green AI ambition and the EU’s Green Digital Transformation policy shows how nations and corporations are responding differently. Most importantly, this article trains you to think like a generalist with a specialist lens — exactly what UPSC wants. It doesn’t just give you facts; it helps you frame a dynamic answer when asked, “Can smart tech and sustainability go hand in hand?”

This article explores the intersection of Artificial Intelligence and energy sustainability, a theme gaining relevance in UPSC. While AI transforms sectors like healthcare and education, its growing energy demands raise serious environmental and policy concerns. Aspirants often miss these connections, focusing on AI in isolation without linking it to energy use, ethics, or sustainability.

The article explains why AI systems consume so much power and introduces rarely discussed but important solutions like Small Modular Reactors. It also contrasts global responses, such as Microsoft’s green AI goals and the EU’s Green Digital Strategy. By combining environmental, technological, and policy angles, the article helps you build a multidimensional perspective — exactly what UPSC expects in complex, forward-looking questions.

PYQ ANCHORING

1. GS 3:   Introduce the concept of Artificial Intelligence (AI). How does AI help clinical diagnosis? Do you perceive any threat to privacy of the individual in the use of AI in the healthcare?[2023]

MICROTHEME: Artificial Intelligence

The AI boom isn’t just about smarter tech — it’s also driving a huge spike in energy use. Data centres already eat up around 1.5% of the world’s electricity, and that number’s set to double by 2030, thanks to tools like ChatGPT and Midjourney. Yes, AI boosts productivity. But it’s also putting major pressure on power grids. So, how do we keep the digital revolution green?One promising answer: nuclear energy — especially Small Modular Reactors (SMRs). They’re cleaner, more reliable, and can scale up to meet AI’s growing hunger for power.

But that leads us to some tough questions: Can we roll out SMRs fast enough to match AI’s growth? Are policymakers and tech leaders even thinking about energy while building this AI future? And at what point do we ask — is smarter tech worth it if it’s not sustainable?

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Why AI Needs So Much Energy?

1. High Computational Requirements: AI models like GPT-4 require massive computing during training and inference stages. Each training cycle can emit as much CO₂ as five cars running across their lifecycle. Example: MIT Technology Review estimates AI model lifecycle emissions rival some small nations’ per capita CO₂.
2. Continuous Power Use Post-Deployment: Once deployed, AI models operate across global servers 24/7. Tools like ChatGPT or Midjourney continuously consume energy to serve millions of users daily. Example: Midjourney and DALL·E require high-resolution image synthesis, stressing data centres 24×7.
3. Data Storage and Management: AI relies on gigantic datasets stored in high-performance storage systems. These systems demand constant cooling and uninterrupted energy supply. Data centres need continuous cooling, consuming additional 40-50% of the total energy.
4. Energy-Intensive GPUs: AI depends on power-hungry GPUs (Graphic Processing Units). Example: OpenAI’s CEO tweeted “our GPUs are melting,” illustrating thermal and energy inefficiencies.
5. Edge AI and Real-time Analytics: As AI integrates with IoT and real-time applications, more decentralized processing (Edge AI) will further increase total power requirements. AI services demand always-on global infrastructure. Example: Amazon, Microsoft, and Google run redundant global data hubs powered by fossil-heavy grids.

Smart Tech vs. a Smart Planet: Can Innovation Survive Without Sustainability?

As data centres and AI models consume more and more electricity, we’re forced to ask a tough question — is smarter tech really worth it if it’s not sustainable? The answer isn’t black and white. It depends on whom you ask — an environmentalist, a policymaker, a technologist, or even an economist. Each sees the trade-offs differently.

1. Environmentalist’s Perspective

View: No — sustainability must come first.
Smart tech that drains natural resources or increases emissions undermines global climate goals.
Example:
Training large language models like GPT-3 emitted ~500 tonnes of CO₂ — equivalent to five roundtrip flights between New York and Sydney per passenger. For an environmentalist, this is unacceptable unless offset by clean energy use or environmental benefit.

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2. Technologist’s Perspective

View: Yes — but only if we innovate sustainably.
Tech can solve sustainability challenges, but the tools must evolve to be greener themselves.
Example:
Google uses AI to reduce energy consumption in its data centers by up to 40%. Smart tech isn’t the enemy — but its infrastructure must adapt.

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3. Policy Maker’s Perspective

View: It’s a balancing act — tech drives development, but guardrails are needed.
Smart tech enables economic and social progress (healthcare, education, governance). But policies are needed to limit its carbon footprint.
Example:
The EU’s Green Digital Transformation initiative supports digital growth with strict environmental standards. It’s not “either-or” — it’s “both-and.”

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4. Economist’s Perspective

View: Worth it — if productivity gains outweigh environmental costs.
AI boosts GDP, automates tasks, and creates new industries. Economists might accept short-term energy costs if long-term benefits are high.
Example:
PwC estimates AI could add $15.7 trillion to the global economy by 2030. But rising energy costs and carbon taxes might change the math.

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5. Ethicist’s Perspective

View: Tech without sustainability violates intergenerational justice.
Smart tech should not serve today’s convenience at tomorrow’s cost.
Example:
If AI advances worsen climate conditions for future generations, the ethical foundation collapses — even if current users benefit.

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6. Corporate Perspective (Big Tech)

View: Yes — and we’ll invest in solutions to make it sustainable later.
Companies often scale AI quickly and address sustainability reactively.
Example:
Microsoft aims to be carbon negative by 2030 — but its AI ventures like Copilot still add energy strain. Their response: invest in SMRs and green hydrogen to catch up.

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INDIA’S PREPAREDNESS TO BALANCE THE SMART AND SUSTAINABLE

Major Argument	Supporting Examples / Initiatives
1. Building AI infrastructure with sustainability in mind	IndiaAI Mission (₹10,300 crore) – Aims to create public compute capacity for AI; sustainability is critical due to high energy demands. Paris AI Action Summit (2024) – India pledged to make AI development energy-efficient.
2. Prioritizing nuclear energy (especially SMRs) as a clean power source for digital growth	NITI Aayog – SMR Roadmap (2022) – Identifies SMRs as vital to low-carbon strategy. BARC & NPCIL Research – Indigenous 100 MW SMR development underway.
3. Aligning national policy with global safety and regulatory frameworks	IAEA SMR Safety Working Group – India participates in creating harmonized global safety norms for SMRs.
4. Leveraging strategic international partnerships for tech-energy synergy	India-U.S. Civil Nuclear Pact – Exploring SMRs under nuclear cooperation. India-France Nuclear Collaboration – Opportunity for clean tech + AI-aligned power hubs. Act East & Arctic Engagement – SMR included in Arctic diplomacy with Norway, Russia.
5. Encouraging multilateral clean energy cooperation to support AI scalability	Quad Clean Energy Program – India partners with the U.S., Japan, and Australia on SMR research and deployment.
6. Involving private players to build scalable green AI infrastructure	Public-Private Pilot Projects – Indian tech firms exploring partnerships with SMR companies like NuScale and TerraPower.

ROLE OF SMR’S IN ADDRESSING THE CHALLENGE

Small Modular Reactors (SMRs) are compact, factory-built nuclear reactors that produce between 50–300 MW of electricity. Their modular design allows quicker deployment, easier scaling, and on-site integration with energy-hungry AI data centres. Here’s why they are being seen as a game-changer for the future of digital energy:

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1. Reliable, Round-the-Clock Energy for AI

Unlike solar or wind, SMRs provide continuous baseload power — a must for AI systems that require 24×7 uptime.

• Example: In 2023, Google signed a deal to power its AI operations using nuclear energy.
• SMRs are ideal for co-location with data centres, reducing transmission losses.
• They can also produce industrial heat and hydrogen, supporting not just AI but green industrial ecosystems.

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2. Speed, Scalability, and Flexibility

SMRs are designed to be modular and scalable, making them ideal for the fast-paced growth of AI infrastructure.

• Deployment takes just 3–5 years, compared to over a decade for traditional nuclear plants.
• NuScale Power in the U.S. received regulatory approval for modular construction, setting a global precedent.
• Their small size allows easy integration into urban or industrial areas, including retrofitting old power sites like Microsoft’s project at Three Mile Island.

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3. Environmental Sustainability

SMRs operate with zero direct CO₂ emissions, making them a strong ally in achieving climate goals.

• Compared to land-intensive solar or wind farms, SMRs have a much smaller physical footprint per MW.
• Newer models also use recycled or minimal water for cooling, a big advantage in water-scarce regions.

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4. Safety by Design

Modern SMRs are equipped with passive safety features that minimize meltdown risk and require no external power to operate in emergencies.

• Example: Rolls Royce SMRs use natural convection cooling, reducing the need for active safety interventions.
• These advanced systems are designed with post-Fukushima learnings in mind, making them safer and more publicly acceptable.

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5. Cost Efficiency and Economic Viability

With mass production and deployment, SMRs can drive down energy costs significantly.

• According to NITI Aayog, SMRs are projected to reduce electricity costs in India from ₹10.3 to ₹5/kWh.
• Their ability to co-locate with AI infrastructure reduces the need for expensive grid upgrades, further improving ROI.

Way Forward

1. Update Nuclear Policies: Revise the Atomic Energy Act to allow private investment in SMRs, with necessary safety measures, as suggested by NITI Aayog.
2. Mandate Green AI Practices: Implement energy audits and green energy mandates for AI companies, similar to the EU’s Digital Services Act.
3. Increase Public Awareness: Launch campaigns to educate the public on nuclear energy, using platforms like Vigyan Samagam to dispel myths and build trust.
4. Launch SMR Pilot Projects: Start a pilot SMR project in AI clusters like Chennai through public-private partnerships, similar to Tamil Nadu’s nuclear corridor.
5. Promote Hybrid Energy Models: Pair SMRs with renewable energy sources like solar in high-irradiance areas (Rajasthan, Ladakh) and use AI for energy optimization in SMRs.

#BACK2BASICS:  SMALL MODULAR REACTORS

What are Small Modular Reactors (SMRs)?

SMRs are advanced nuclear reactors with a capacity of up to 300 MW, designed to be modular, factory-built, and easily transportable. They offer:

• Faster construction due to prefabrication
  
• Scalability for phased deployment
  
• Enhanced safety via passive cooling and underground installation
  
• Suitable for remote areas, hydrogen production, desalination, and grid support
  

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Steps Taken by India to Promote SMRs

1. Policy Support
   The government sees SMRs as key to achieving net-zero by 2070, with support from DAE and NITI Aayog.
   
2. Indigenous Development
   DAE has proposed a 220 MWe PHWR-based SMR, leveraging India’s nuclear expertise.
   
3. Regulatory Readiness
   AERB is preparing a tailored regulatory framework for SMRs.
   
4. International Collaboration
   India is exploring tech partnerships with the USA, Russia, and France (e.g., NuScale, RITM series).
   
5. Private Sector Role
   The government encourages private participation, especially in manufacturing under ‘Make in India’.
   
6. R&D Focus
   BARC and NPCIL are working on early-stage R&D, including hybrid nuclear-renewable systems.
   
7. Budget and Policy Backing
   The Union Budget 2023–24 emphasized SMRs and urged public-private collaboration.
   

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SMRs offer India a clean, safe, and decentralized power option. While challenges remain, active policy, regulatory, and R&D steps are being taken to enable deployment.

Significance of SMRs Across Different Sectors

Here’s your content presented in a clear and organized table format:

Application Area	Role of SMRs
1. Climate Change Mitigation	Provide zero-carbon energy, supporting IPCC and Paris Agreement goals.
2. Industrial Decarbonization	Power energy-intensive industries like steel, cement, and chemicals.
3. Water Desalination	Enable clean drinking water production in arid regions (e.g., UAE initiatives).
4. Space Exploration	NASA’s Project Kilopower is testing SMRs for future lunar and Martian colonies.
5. Remote Power Supply	Supply off-grid electricity to Arctic, island, and remote communities (e.g., Alaska).
6. Hydrogen Production	Generate clean hydrogen using high-temperature SMRs for fuel and industry.
7. Disaster Resilience	Ensure power for critical infrastructure like hospitals during emergencies.
8. Defense Sector	Provide secure, self-sufficient power for military bases (used in U.S. submarines).
9. Education & Research	Support nuclear R&D through university-based SMRs (e.g., Canada, UK).

Challenges in using SMRs

Challenge Area	Description	Example / Elaboration
1. Outdated Policies & Regulatory Bottlenecks	India lacks a clear framework for SMRs under current nuclear law, slowing private participation and innovation.	The Atomic Energy Act (1962) excludes private players and doesn’t account for modular or hybrid systems.
2. Public Skepticism & Nuclear Anxiety	Long-standing fears around nuclear safety hinder acceptance despite technological advances.	Microsoft’s SMR plan at Three Mile Island faced backlash due to past nuclear incidents like Chernobyl.
3. High Costs & Private Investment Hesitation	SMRs require large upfront capital and have long ROI timelines, discouraging private sector interest.	Estimated unit costs of ₹3,000–5,000 crore make financing and scalability difficult.
4. Delays & Capacity Constraints	Long approval timelines, lack of skilled nuclear professionals, and infrastructure readiness slow deployment.	India faces engineering and manpower shortages; nuclear projects like Kudankulam have seen prolonged delays.
5. Nuclear Waste & Security Risks	Even though SMRs generate less waste, India lacks tested disposal systems, and smaller units pose unique safety risks.	No deep geological repository exists; microreactors need strong safeguards to prevent sabotage or theft.
6. Integration with Renewables & Grids	SMRs must be aligned with intermittent renewables in a smart grid setup — something India is yet to plan for.	India’s national electricity planning hasn’t fully addressed nuclear-renewable co-deployment.
7. Environmental Trade-offs of Digital-AI Growth	Co-locating SMRs with data centres may intensify land, water, and e-waste challenges.	Meta’s Arizona data centre uses 1.5 billion litres of water/year; AI chip manufacturing produces toxic waste.

Question for Practice Q. Explore the potential of Small Modular Nuclear Reactors (SMNRs) in meeting the growing energy needs of Arctic development and the expansion of AI and data infrastructure. Analyze the advantages and challenges associated with deploying SMNRs, and assess their feasibility as a sustainable and eco-friendly energy solution in India.