UPSC CURRENT AFFAIRS – 18 JULY 2026

Context: The landmark India–UK Comprehensive Economic and Trade Agreement (CETA) officially came into effect on July 15, 2026.

About The India–UK Comprehensive Economic and Trade Agreement (CETA):

What it is?

• The India–UK Comprehensive Economic and Trade Agreement (CETA) is a modern, deep-integration bilateral trade pact designed to liberalize commerce in both merchandise and services. By removing traditional border barriers and aligning professional standards, the CETA looks to double overall bilateral trade value from its current base of approximately $56 billion by the end of the decade.

Key Summary of the Agreement:

• Comprehensive Duty-Free Access: The UK has granted zero-duty market access on nearly 99% of India’s export lines, covering nearly 100% of India’s current merchandise trade value.
• Removal of the Regional Tariff Handicap: The pact eliminates the strict tariff disadvantage (ranging from 4% to 16%) that Indian exporters previously faced in the British market compared to zero-duty regional competitors like Bangladesh, Pakistan, and Cambodia.
• Calibrated Automobile Import Deregulation: India will reduce its high import tariffs on British passenger vehicles (previously around 110%) down to 10% over a decade. This is controlled through an annual quota limit of 37,000 completely built units (CBUs), while completely protecting domestic small ICE cars and early-stage affordable EVs.
• Scotch Whisky Tariff Phase-Down: Customs duties levied on British Scotch whisky imports will be systematically reduced from 150% down toward a 40% threshold over a ten-year transition window.
• The Double Contribution Convention (DCC): The agreement introduces a crucial DCC framework that exempts short-term Indian professionals sent to the UK from contributing to the British National Insurance grid for up to 60 months, returning hard-earned cash back to transient workers.
• Unprecedented Services Expansion: India has secured wide-ranging market access commitments across 12 major services sectors and 137 sub-sectors from the UK, representing over 99% of India’s export interests.
• Professional Mobility and Entitlements: Both nations committed to concluding Mutual Recognition Agreements (MRAs) for professional qualifications—specifically targeting nursing, accountancy, and architecture—within 12 months.
• Ambitious Steel Quota Restructuring: To insulate Indian exporters from newly imposed British steel regulations, the UK expanded India’s country-specific steel quota three-fold (from 12,405 tonnes to 33,456 tonnes) while reserving 40% exclusively under the Authorised Use Scheme.

Opportunities for India:

• Spurring Formal Labor-Intensive Jobs: Zero-duty access directly drives production and employment across crucial domestic clusters like the garment units of Tiruppur and the footwear hubs of Agra.
• Scaling Up Global Pharmaceutical Generic Shipments: Removing duties allows India’s low-cost generic medicine sector to bid competitively on equal terms within the UK’s massive $30 billion annual pharmaceutical market.
• Substantial Corporate and Talent Cost Savings: The elimination of dual social security payments under the DCC is projected to save over 75,000 Indian professionals and 900 companies roughly $600 million annually.
• Unlocking High-Value Procurement Contracts: Indian service suppliers gain direct, legally protected access to bid fairly on the UK’s massive £90 billion ($122 billion) government procurement market.
• Transforming Global Capability Centres (GCCs): Enhanced digital service regulations encourage British firms to transition their Indian operations from low-cost back offices into high-value hubs for R&D, analytics, and cybersecurity.

Opportunities for the United Kingdom:

• Expanding Luxury Automotive Footprint: Calibrated quota access allows premier, large-engine British automotive brands (above 3000cc petrol/2500cc diesel) to scale up exports into one of the world’s fastest-growing premium consumer markets.
• Dramatically Increasing Premium Spirits Volume: Lowering the steep 150% Scotch whisky tariff helps UK distilleries rapidly expand distribution and market share among India’s expanding middle class.
• Reciprocal Access to India’s Procurement System: British industrial entities gain a transparent, non-discriminatory pathway to compete within India’s growing $114 billion public procurement projects.
• Direct Digital and Financial Services Integration: The framework provides UK fintech ecosystems, electronic payment firms, and educational organizations clear legal pathways to partner with or establish operational campuses inside India.

Key Challenges Associated with CETA:

• Historically Low FTA Utilization Efficiency: Indian small industries and MSMEs frequently fail to exploit signed trade pacts due to complex procedural documentation, clean rules-of-origin compliance checks, and a general lack of institutional awareness.
• Navigating Intense Non-Tariff Barriers: Even with zero tariffs, Indian agricultural, marine, and food-processing exports face strict UK and European sanitary and phytosanitary (SPS) compliance standards, which can lead to swift border rejections.
• Managing Structural Economic Disruptions: Selectively lowering tariff walls exposes domestic producers to highly optimized international products, which can squeeze the profit margins of legacy, protected local players.
• The Vulnerability of Supply Chain Chokepoints: Ongoing maritime conflicts across the Strait of Hormuz and the Red Sea drastically drive up shipping costs and lengthen voyages, threatening to cancel out the pricing edge gained from tariff cuts.

Way Forward:

• Deploying Mass MSME Information Campaigns: Ministeries and premier trade bodies must launch direct outreach programs to educate small scale enterprise groups on how to effectively navigate CETA’s digital certification rules.
• Accelerating Professional Qualification MRAs: Meet the strict 12-month deadline to finalize Mutual Recognition Agreements, ensuring fast track mobility for Indian nurses, architects, and accountants.
• Upgrading Domestic Quality Standards Control: Establish advanced test labs adjacent to textile and agri-export hubs to verify that shipments flawlessly conform to the UK’s technical and environmental regulations before leaving port.
• Optimizing the Expanded Steel Quota Access: Instruct domestic steel manufacturers to fully utilize the specialized country-specific quotas and the exclusive Authorised Use Scheme allocation to capture market share.

Conclusion:

The implementation of the India–UK CETA marks a defining, historic test of India’s competitive confidence in the global trade arena. By matching zero-duty access for labor-intensive exports with a phased, development-oriented opening for premium British imports, the agreement serves as a blueprint for balanced economic integration. Ultimately, the promised trade doubling will depend on how aggressively and confidently Indian enterprises step through this open door to compete on the global stage.

Context: CEO of ANRF and Chief Economic Adviser argued that recent global supply disruptions have created a strategic opportunity for India to strengthen its research ecosystem.

About India’s Research Leap: Why Innovation and R&D Will Define India’s Strategic Future:

What it is?

• India’s transition towards indigenous innovation is essential for achieving technological self-reliance and reducing dependence on foreign intellectual property. As recent global supply disruptions have shown, critical technologies and supply chains are increasingly becoming instruments of geopolitical power.

India’s Current Research Scenario:

• Low R&D Expenditure: India spends only 0.64% of GDP on research and development, significantly below the global average.
• Limited Private Investment: Private enterprises finance only about 40% of India’s R&D expenditure, compared to over 75% in leading innovation economies.
• ANRF as Institutional Anchor: The Anusandhan National Research Foundation (ANRF), established as a statutory body, aims to strengthen collaboration among academia, industry, startups, and government.
• Large Public Funding Push: ANRF provides ₹1 lakh crore through the Research, Development and Innovation (RDI) Fund for private-sector innovation and ₹50,000 crore through ANRF Core for fundamental research.

Why Private Industry Matters?

• Catalytic Public Funding: ANRF acts as a de-risking catalyst, providing patient capital that encourages firms to undertake high-risk, long-term research rather than replacing private investment.
• Multiplier Effect: Every ₹1 of ANRF support can mobilise ₹5–10 of private investment, enabling the commercialisation and large-scale deployment of research outcomes.
• Bridging Lab to Market: Private firms possess the expertise, manufacturing capacity, and market access needed to convert research prototypes into commercially viable products.
• Multiple Collaboration Pathways: Companies can participate through co-investment, joint ventures with deep-tech start-ups, national missions, or CSR contributions to the ANRF Innovation Fund.

Lessons from India’s Pharmaceutical Success:

History proves that Indian industry can rise to major technological challenges when forced by shifts in global rules. In the mid-1990s, when India joined the World Trade Organization (WTO) and agreed to honor strict product patents in pharmaceuticals, many experts predicted the local drug sector—which specialized in reverse-engineering foreign molecules—would be completely wiped out by multinationals.

Instead of retreating, domestic drug firms chose to build capabilities from the ground up:

• They rapidly mastered process chemistry and conformed to the world’s most demanding international regulatory requirements.
• They transformed India into the trusted “pharmacy of the world,” proving that facing strict global rules can spark an industrial leap.

Opportunities Before India:

• Reversing the High-Value Brain Drain: Scaling up advanced R&D projects provides long-term employment and world-class research settings for the top doctoral talent India trains at public cost, keeping them from leaving for overseas labs.
• Capitalizing on Multi-Polar Supply Shifts: The current global environment actively rewards economies offering a reliable, safe alternative to a single dominant global supplier, opening up major export lanes for Indian technologies.
• Leveraging Digital Public Infrastructure: India can build next-generation software tools and automated services directly on top of its world-class, pre-existing open digital foundations.
• Maximizing Global Capability Centres (GCCs): The high concentration of multinational GCCs already operating inside India provides an immediate workspace to launch co-funded, pre-competitive technological challenges.

Key Challenges in the Innovation Landscape:

• The Legacy Focus on Incremental Gains: A heavily protected domestic market has historically encouraged local companies to focus on low-risk, incremental process updates rather than investing in disruptive, long-horizon technologies.
• Deep Capital Concentration in Hostile Economies: Rising industrial rivals command major resource advantages; for example, China invests 2.43% of its massive output into R&D, with three-quarters of that sum financed directly by its own corporations to lock in control over frontier technologies.
• Short-Term Corporate Vulnerability: The constant pressure on private executives to deliver immediate, short-term quarterly income results frequently suppresses corporate budgets for speculative, multi-year laboratory research.
• Archaic Procurement Paradigms: Government tenders have historically prioritized lowest-cost bids (L1 frameworks) rather than evaluating quality, value, and long-term domestic innovation elements.

Way Forward:

• Deploying the ₹1 Lakh Crore ANRF Fund: Fast-track the distribution of long-term anchor capital under the Research, Development, and Innovation Fund to finance high-risk, pre-commercial private research sectors.
• Building Insulated Corporate Research Units: Private firms must set up dedicated internal research units and corporate venture branches protected from the pressure of short-term quarterly returns.
• Updating Government Procurement Guidelines: Reform public tender frameworks to prioritize indigenously developed patents, ensuring state contracts provide a reliable market for local innovations.
• Forging Bipartisan Multi-Year Research Missions: Align public university laboratories, deep-tech startups, and private corporations behind target technological goals, such as advanced energy storage and local chip architectures.

Conclusion:

The state has established the necessary foundation by launching the ANRF and committing substantial long-term capital; the laboratories are ready, and the demographic dividend is available. Ultimately, it is now up to private industry to back this public catalyst with its own capital, shifting India from a consumer of global intellectual property into a vital engine of international innovation.

Context: The Department of Space (DoS) recorded its highest vacancy rate in 25 years, with nearly 28% of sanctioned posts lying vacant in 2025–26.

About Department of Space (DoS) Workforce Vacancy:

What It Is?

• The Department of Space (DoS) is the apex government department responsible for formulating India’s space policy and overseeing ISRO and other space institutions. It functions under the Prime Minister’s Office (PMO).

Key Findings:

• Record Vacancy Rate: Around 5,632 of 20,269 sanctioned posts are vacant, leaving staffing at 72.2%, the lowest in 25 years.
• Continuous Workforce Decline: Employee strength has fallen from 17,222 (2019–20) to 14,637 (2025–26) despite a nearly unchanged sanctioned strength.
• Scientists Most Affected: Vacancies are concentrated among scientists, engineers, and technical personnel, who constitute about three-fourths of the workforce.
• Mission Pressure: The shortage coincides with major programmes including Gaganyaan, NGLV, Chandrayaan follow-up missions, Mars and Venus missions, and India’s proposed space station.
• Recruitment Underway: DoS has initiated recruitment for over 2,300 posts, with appointments planned before the end of 2026.

Implications:

• Persistent manpower shortages could affect the timely execution of India’s flagship space and strategic programmes.
• Strengthens the case for faster recruitment, better career progression, and retaining experienced scientists.

Relevance in UPSC Syllabus

GS Paper III:

• Science and Technology: Indigenisation of technology, Space technology, Achievements of Indians in Science & Technology.
• Governance: Human resource management in strategic scientific institutions.

Context: The Ministry of Power, alongside the Bureau of Energy Efficiency (BEE), officially released the Draft Corporate Average Fuel Economy-III (CAFE-III) norms for public and industry consultation.

About The Draft CAFE-III Norms:

What It Is?

• Corporate Average Fuel Efficiency (CAFE) norms are regulatory mandates that require automakers to meet a predefined average level of fuel economy and carbon dioxide (CO2) emissions across their entire annual fleet of vehicles sold, rather than scoring individual car models.

History:

• Phase I (CAFE-I): Implemented in FY2017-18, establishing the entry baseline for structured fleet-efficiency tracking.
• Phase II (CAFE-II): Rolled out in FY2022-23, tightening emission parameters further based on an average vehicle weight constant.
• Phase III (CAFE-III): Circulated in July 2026, scheduled to take formal effect on April 1, 2027, running through FY2031-32.

Aim: Administered under the Energy Conservation Act, these regulations aim to reduce greenhouse gas emissions, improve air quality, and cut oil imports by promoting cleaner vehicles.

Key Features of the CAFE-III Norms:

• Progressively Tightened Carbon Targets: Fleet-average targets will shrink from 3.996 liters/100 km (94.76 gCO₂/km) in FY2027-28 to a strict 3.327 liters/100 km (78.90 gCO₂/km) by FY2031-32.
• Shift to the Global WLTP Testing Cycle: The draft formalizes India’s migration away from the laboratory-confined Modified Indian Driving Cycle (MIDC) to the globally synchronized Worldwide Harmonised Light Vehicles Test Procedure (WLTP), reflecting real-world on-road driving conditions.
• Flexible Multi-Year Compliance Blocks: Rather than enforcing rigid annual penalties, compliance will be calculated over two larger blocks: a three-year block (FY28-30) followed by a two-year block (FY30-32), giving automakers room to back-load their EV launches.
• First-Ever Carbon Neutrality Factors (CNFs): E20 (20% ethanol-blended petrol) receives an 8% reduction benefit, which jumps up to 22.3% for flex-fuel ethanol vehicles and flex-fuel strong hybrids.
• Revised Super-Credit Multipliers: Battery Electric Vehicles (BEVs) and Range-Extended EVs receive a 3.0x multiplier, Plug-in Hybrids get 2.5x, and Strong Hybrids are scaled back to 1.6x.
• Market-Based Credit Trading System: Introduces an emission permit ecosystem. Manufacturers exceeding their targets earn compliance credits they can bank or sell.
• Expanded Technology Derogation Credits: Automakers can claim up to 9 gCO₂/km in compliance benefits by embedding 12 approved fuel-saving technologies, including automatic engine start-stop devices, regenerative braking setups, smart alternators, and tire pressure monitoring systems (TPMS).

Context: An Indian Air Force (IAF) contingent—comprising four Rafale fighter jets, two C-17 Globemaster III transport aircraft, and over 120 Air Warriors—has arrived in Australia to participate in Exercise Pitch Black 2026.

About Exercise Pitch Black 2026:

What It Is?

• Exercise Pitch Black is a large-scale, premier biennial warfare drill focused on complex, high-end multinational air combat training. It acts as one of the Indo-Pacific region’s largest collective air defense and strike simulation exercises.

Host: The military drill is hosted by the Royal Australian Air Force (RAAF).

Participants:

• The 2026 edition features active forces and military personnel from 20 nations.
• Core participants deploying aircraft include the United States, Japan, India, Indonesia, Singapore, France, Germany, Spain, South Korea, Thailand, the Philippines, Papua New Guinea, and host Australia, alongside embedded personnel from nations like the UK, Canada, and New Zealand.

Key Features of the Exercise:

• Three-Week Operational Timeline: The exercise runs from July 20 to August 7, 2026, marking the conclusion of a high-tempo training block in northern Australia.
• Massive Fleet Outlay: Features up to 100 fighter and support aircraft alongside more than 2,500 military personnel executing complex, realistic air combat scenarios.
• Strategic Tri-Base Operations: Flight maneuvers are launched concurrently from three key RAAF bases: Darwin, Tindal, and Amberley.
• Next-Generation Technical Debuts: The 2026 edition marks the first-ever participation of Japan’s F-35 Lightning II stealth fighters and Indonesia’s T-50I Golden Eagle jets in this collective drill.
• Realistic Large-Force Employment (LFE): Forces divide into simulated Red Air (aggressor forces) and Blue Air (coalition forces) to practice day-and-night air combat, tactical bombing, and aerial refueling maneuvers.

Strategic Significance:

• Strengthens coordination among participating air forces through common communication systems, joint operations, and aerial refuelling practices.
• Reinforces a free, open, and stable Indo-Pacific by improving collective deterrence and regional security cooperation among partner nations.

Context: Prime Minister of India flagged off India’s first hydrogen-powered train, the NaMo Green Rail, on its official maiden run along the 89-km Jind–Sonipat section in Haryana.

About The Proton Exchange Membrane (PEM) Fuel Cell:

What It Is?

• A Proton Exchange Membrane (PEM) fuel cell is a compact electrochemical power generator that converts the chemical energy of hydrogen fuel directly into clean electricity. In the context of the NaMo Green Rail, it functions as a decentralized, zero-emission mini power plant carried onboard to power the train’s traction motors.

Developed and Integrated By: The technical specifications were drafted by the Research Designs and Standards Organisation (RDSO), the system was engineered and integrated by M/s Medha Servo Drives.

How It Works?

• Hydrogen Splitting at the Anode: Hydrogen gas stored in the train’s cylinders is fed into the anode side of the fuel cell, where a catalyst splits the hydrogen molecules into protons (H+) and electrons (e−).
• The Membrane Barrier: The specialized polymer membrane allows only the positively charged protons to pass through to the cathode, blocking the electrons.
• Electricity Generation: Forced to find an alternative route, the blocked electrons travel through an external circuit, generating the continuous electrical current needed to drive the train’s wheels.
• Clean Cathode Recombination: At the cathode, the protons and electrons recombine with oxygen drawn from the surrounding air. The only resulting by-products are completely harmless water vapor and heat.

Key Technical Features of the Onboard Power System:

• Hybrid Energy Storage Architecture: The train features two specialized Hydrogen Driving Power Cars (DPCs) at each end, which combine the PEM fuel cells with high-capacity Lithium Iron Phosphate (LFP) batteries to ensure stable power delivery under fluctuating track loads.
• High-Pressure Refueling Matrix: Fuel is drawn from onboard storage cylinders that are refueled at a regulated pressure of 350 bar from an on-site 500-bar green hydrogen electrolysis compression facility located at Jind.
• Fail-Safe Leak Protection: Because hydrogen is highly flammable, invisible, and odorless, the system features continuous leak, flame, and heat sensors linked to an automatic supply shut-off system that responds instantly without requiring manual human input.
• Continuous Canopy Ventilation: The power cars are built with active, continuous ventilation loops designed to immediately dilute and vent any trace hydrogen gas into the open atmosphere, preventing dangerous gas buildup.

Significance:

• Replaces diesel trains on non-electrified routes with hydrogen-powered trains, reducing emissions and supporting India’s Net Zero goals.
• Creates demand for green hydrogen, encouraging investment in hydrogen production, refuelling infrastructure, and clean-energy technologies.

Context: The Ministry of Defence announced that the Indian Navy will host Operation Southern Readiness 26-2, a four-day multinational maritime security training engagement, in Kochi

About Operation Southern Readiness 26-2:

What It Is?

• Operation Southern Readiness 26-2 is a high-level, multi-domain international maritime security training engagement. Rather than standard combat maneuvers, this event seamlessly blends rigorous classroom instruction, realistic simulator-based scenarios, and actual hands-on sea deployment to uniform tactical skills across global partner navies.

Host: The training initiative is being hosted by the Indian Navy at the Southern Naval Command (SNC) in Kochi, Kerala.

Participant Members: The drill is conducted in close partnership with the Combined Maritime Forces (CMF)—a premier, global maritime coalition comprising more than 40 member nations.

Key Features of the Training Engagement:

• Integrated Task Force Oversight: Orchestrated by the Indian Navy-led CTF 154, the module coordinates maritime security specialists from across the CMF’s 40+ country alliance to exchange operational best practices.
• Tackling Modern Asymmetric Threats: Specialized educational sessions will comprehensively focus on navigating complex Maritime Law, Counter-Narcotics operations, Force Protection, and neutralizing asymmetric threats.
• Frontier Uncrewed Technology Focus: Includes customized modules dedicated to Maritime Uncrewed Systems (drones and UUVs), optimizing how partner nations track threat footprints using automated technology.
• State-of-the-Art Simulator Drills: Leverages the Southern Naval Command’s modern training infrastructure, utilizing state-of-the-art simulators for highly immersive navigation and tactical coordination training.
• Live Practical Boarding and Survival Exposure: Participants will undergo live operational training on Indian Naval warships, covering high-risk Boarding procedures, Damage Control, Firefighting, and Survival at Sea protocols.

Significance:

• Showcases the Indian Navy’s advanced training infrastructure, enhancing its role as a global hub for maritime capacity building.
• Improves coordination, information sharing, and joint operations among partner navies to counter piracy, smuggling, and maritime security threats.

Context: China has launched the World Artificial Intelligence Cooperation Organisation (WAICO) in Shanghai, positioning it as a global AI governance platform for the Global South and developing countries.

About The World Artificial Intelligence Cooperation Organisation (WAICO):

What It Is?

• WAICO is a China-led international AI governance platform aimed at promoting AI cooperation, capacity building, and common governance standards among developing countries.

Headquarters: Shanghai, China.

Aim: To promote inclusive AI development, strengthen international cooperation, build AI capacity in developing countries, and establish a collaborative AI governance framework led by the Global South.

Key Features:

• Global South Focus: Established with 30 participating countries, mainly from Asia, Africa, and Latin America, to strengthen AI cooperation.
• Capacity Building: China will provide 5,000 AI training opportunities and establish joint AI cooperation centres with ASEAN, African Union, BRICS, SCO, League of Arab States, and CELAC.
• Open-Source AI Promotion: Encourages open-source AI models, technology sharing, and collaborative AI development.
• Alternative AI Governance Model: Promotes an AI governance framework emphasizing digital sovereignty, multilateralism, and opposition to technology restrictions.
• Strategic AI Ecosystem: Supports the adoption of Chinese AI models as alternatives to Western platforms such as ChatGPT and Claude.

Significance:

• Strengthens China’s influence in global AI governance and deepens technological partnerships with the Global South.
• Offers an alternative AI ecosystem based on open-source collaboration and digital sovereignty.

Context: NITI Aayog launched the inaugural Investment Friendliness Index (IFI) to benchmark and promote state-level business reforms under the Viksit Bharat @2047 vision.

About The Investment Friendliness Index (IFI):

What It Is?

• The Investment Friendliness Index is a comprehensive, structured, and evidence-based macroeconomic assessment framework. It evaluates how effectively India’s subnational governments create, enable, and sustain an environment that attracts domestic and foreign private capital.

Published By: The index is developed and published by NITI Aayog (the National Institution for Transforming India).

Aim: The objective of the IFI is to strengthen the spirit of competitive and cooperative federalism across subnational governance.

Criteria and Pillars Used for Evaluation:

The Investment Friendliness Index covers all 28 states and 8 Union Territories and evaluates investment attractiveness across the following eight pillars:

1. Infrastructure
2. Business climate

• Resources

1. Government policy
2. Regulatory Ease
3. Institutional Environment

• Financial Health; and
• Environmental Resilience

Key Features of the Index:

• Four-Tier Performance Banding: States and UTs are grouped into four clear performance cohorts based on their cumulative scores:
  • Top Performers (scores above 50)
  • Frontrunners (45–50)
  • Emerging Performers (≥40 – <45)
  • Aspiring States (below 40)
• Equitable Peer-Group Comparisons: Recognizing geography and economic scale, the index splits regions into three distinct peer groups: Large States, Hilly & North-Eastern States, and Union Territories & City States.
• Investor Perception Integration: The index incorporates primary responses from 1,850 active investors.
• Detailed Actionable State Profiles: Each state receives a dedicated diagnostic profile mapping indicator performance against regional peers.

Key Findings:

• Top Performers: Only five states scored above 50—Gujarat (56.6), Maharashtra (53.7), Tamil Nadu (53.3), Goa (53.1), and Odisha.
• Drivers of Success: Gujarat excelled in ports and infrastructure; Maharashtra in business climate and PE/VC investment; Tamil Nadu in exports and manufacturing.
• FDI Concentration: Maharashtra, Karnataka, Gujarat, Delhi, and Tamil Nadu account for 85% of India’s FDI, while the Northeast receives less than 1%.
• Investment Trends: Total investment reached 29.9% of GDP (FY2025), led by government infrastructure and household real estate spending.
• Private Capex Gap: Private capital expenditure (8.7% of GDP) continued to lag behind public investment, highlighting the need to boost private sector participation.

Context: Ladakh Lieutenant Governor officially commissioned India’s first and deepest twin geothermal wells at Puga Valley in eastern Ladakh.

• Executed by the ONGC Energy Centre, these 1,000-meter-deep wells will serve as the technical backbone for India’s first 1 MW demonstration-scale geothermal power plant.

About India Commissions First Geothermal Wells at Puga Valley:

What It Is?

• The Puga Valley system is India’s pioneer breakthrough into geothermal energy—the process of tapping clean, round-the-clock power from natural heat reservoirs trapped beneath the Earth’s crust.

Location: The facility is situated at an extreme altitude of over 14,000 feet in the Puga Valley of eastern Ladakh.

How Geothermal Wells Are Formed?

• Tectonic and Volcanic Heat Source: The Indian plate’s ongoing collision with the Eurasian plate forms structural fractures, faults, and deep-seated magmatic activity along the Indus Suture Zone.
  • This proximity brings internal mantle heat very close to the shallow crust.
• Deep Fluid Circulation: Meteoric water (melted snow and glaciers) seeps deep into these rock fractures, where it is superheated by the underlying hot rocks.
• High-Pressure Ascent: Because hot water is less dense, it is driven back upward toward the surface under high pressure, trapping superheated fluids and steam inside permeable deep reservoirs or erupting at the surface as natural hot springs and sulfur fumaroles.

Key Features of the Puga Geothermal Wells:

• Extreme Target Depth: The two newly completed wells were successfully drilled down to a target depth of 1,000 meters.
• Promising Temperature Profiling: Engineers recorded a high temperature of 135°C at a shallow depth of just 400 meters, with thermal output expected to exceed 200°C to 240°C in the deepest sections of the reservoir.
• Rapid High-Altitude Drilling: Successfully completed two geothermal wells under extreme high-altitude conditions, demonstrating India’s capability in advanced geothermal exploration.
• 1 MWe Pilot Support: The infrastructure will immediately feed steam into India’s first 1-Megawatt electric (MWe) demonstration pilot plant, laying the foundation for an expanded, multi-megawatt commercial deployment grid.

Significance:

• Delivers 24×7 baseload power, reducing dependence on diesel and improving energy security in remote Ladakh.
• Replaces diesel generators with clean geothermal energy, advancing India’s Net Zero goals while protecting the fragile Himalayan ecosystem.