India Becomes the World’s Largest Ship Recycling Nation Maritime Amrit Kaal Vision 2047: Roadmap to a Global Maritime Power India’s First Hydrogen-Powered Ferry: A Milestone in Green Inland Water Transport Bajra: The Climate-Smart Crop Gaining Ground Among Farmers Robotics Revolution and India’s Manufacturing Future

1.India Becomes the World’s Largest Ship Recycling Nation

Why in News?

According to a recent UNCTAD report, India emerged as the world’s largest ship recycling nation in 2025, achieving the target set under Maritime India Vision 2030 five years ahead of schedule. India’s global market share increased significantly, reinforcing its position as a leading maritime nation.

Ship Recycling: An Overview

Ship recycling refers to the dismantling of end-of-life vessels for recovery of steel, machinery, equipment and reusable materials in an environmentally safe and economically efficient manner. The sector forms an important component of the circular economy by enabling resource recovery and reducing industrial waste.

Key Developments

• India’s share in global ship recycling increased from 30.1% in 2024 to 35.4% in 2025.
• Ship recycling volumes rose sharply from 1.86 million Gross Tons (GT) in 2024 to 2.99 million GT in 2025, representing nearly 60% growth.
• India achieved the top global position well before the Maritime India Vision 2030 target.
• The achievement was confirmed by the United Nations Conference on Trade and Development (UNCTAD).

Factors Behind India’s Rise

Regulatory ReformsThe enactment of the Recycling of Ships Act, 2019 established a robust legal framework for safe and environmentally sound ship recycling in India. The Act aligned domestic regulations with international standards and strengthened environmental safeguards.Hong Kong ConventionIndia ratified the Hong Kong International Convention for the Safe and Environmentally Sound Recycling of Ships (HKC) in 2019. The Convention entered into force on 26 June 2025, creating a globally harmonized framework for ship recycling.Modernization of Ship Recycling YardsThe government provided financial assistance of approximately ₹53.5 crore for modernization of facilities. As a result, around 115 ship recycling yards have become HKC-compliant, significantly improving safety and environmental standards.Industry-Government CoordinationSustained cooperation between government agencies, ship recycling yards and maritime stakeholders helped improve compliance, efficiency and global competitiveness.Alang-Sosiya: Backbone of India’s Ship Recycling IndustryThe Alang-Sosiya Ship Recycling Yard in Gujarat remains the world’s largest ship recycling cluster.It handles a major share of ship dismantling activities undertaken in India.The government plans to expand Alang’s capacity to nearly 9 million Light Displacement Tons (LDT), strengthening its global leadership position.

Significance

Economic Significance

• Generates large-scale employment directly and indirectly.
• Supplies recycled steel and industrial materials to domestic industries.
• Reduces dependence on imported raw materials.
• Supports MSMEs and ancillary manufacturing sectors.

Maritime Significance

• Strengthens India’s maritime ecosystem covering ports, shipbuilding and ship recycling.
• Supports the objectives of Maritime India Vision 2030 and Maritime Amrit Kaal Vision 2047.
• Enhances India’s position in global maritime value chains.

Environmental Significance

• Promotes circular economy and sustainable resource utilization.
• Reduces pressure on natural resources through material recovery and reuse.
• Encourages environmentally sound disposal of obsolete vessels.

Challenges

• Safe disposal of hazardous materials such as asbestos, heavy metals and toxic residues.
• Ensuring occupational safety and welfare of workers.
• Competition from other major recycling destinations such as Bangladesh and Pakistan.
• Need for continuous technological modernization and green recycling practices.
• Inclusion of Indian recycling yards in the European Union’s approved list remains pending.

Conclusion

India’s emergence as the world leader in ship recycling demonstrates the success of regulatory reforms, infrastructure modernization and adherence to global environmental standards. Sustaining this leadership will require continued investment in green technologies, worker safety and international competitiveness, enabling ship recycling to become a major pillar of India’s maritime economy and circular economy ambitions.

UPSC Prelims MCQQ. With reference to ship recycling in India, consider the following statements:The Recycling of Ships Act, 2019 aligns India’s regulatory framework with the Hong Kong Convention.Alang-Sosiya Ship Recycling Yard is located in Gujarat.The Hong Kong Convention entered into force in 2025.Which of the statements given above is/are correct?(a) 1 and 2 only(b) 2 and 3 only(c) 1 and 3 only(d) 1, 2 and 3Answer: (d)UPSC Mains QuestionDiscuss the significance of India’s emergence as the world’s largest ship recycling nation. How can ship recycling contribute to India’s Blue Economy and circular economy objectives? (15 Marks)

2.Maritime Amrit Kaal Vision 2047: Roadmap to a Global Maritime Power

Why in News?

The Government of India is advancing the implementation of the Maritime Amrit Kaal Vision (MAKV) 2047, an ambitious roadmap aimed at transforming India into a leading global maritime nation by the centenary of Independence in 2047.

What is Maritime Amrit Kaal Vision 2047?

• Launched during the Global Maritime India Summit (GMIS) 2023, MAKV 2047 is a long-term strategic blueprint for developing ports, shipping, shipbuilding, inland waterways, coastal infrastructure and maritime logistics.
• The vision builds upon the achievements of Sagarmala Programme and Maritime India Vision 2030, while aligning with the broader objectives of Viksit Bharat 2047 and Blue Economy development.

Key Targets

• Expand India’s port handling capacity from around 1.63 billion MMTPA to 10,000 MMTPA by 2047.
• Mobilize investments of nearly ₹80 lakh crore.
• Implement over 300 actionable initiatives across the maritime sector.
• Position India among the world’s leading maritime economies.
• Reduce logistics costs and improve global trade competitiveness.

Major Pillars of the Vision

• Development of world-class ports and port clusters, including the creation of six mega ports by 2047, along with enhanced cargo handling capacity, connectivity, and operational efficiency.

• Modernisation of maritime logistics through digital platforms such as the National Logistics Portal (Marine) 2.0, Maritime Single Window, and AI-enabled port management systems.

• Promotion of shipbuilding, ship repair, and ship recycling to strengthen India’s maritime industrial base and support maritime self-reliance.

• Expansion of inland waterways and their integration with road, rail, and port infrastructure to facilitate cost-effective freight transport.

• Development of cruise tourism infrastructure and coastal economic zones to generate employment and boost coastal economies.

• Promotion of green maritime practices through the Harit Sagar Green Port Guidelines, Green Tug Transition Programme, green hydrogen and ammonia hubs, and the adoption of low-carbon fuels in shipping.

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Significance

Economic SignificanceSupports India’s aspiration to become a $30-trillion economy by 2047.Enhances export competitiveness through lower logistics costs.Attracts large-scale domestic and foreign investments.Generates employment across shipping, logistics, tourism and manufacturing sectors.Strategic SignificanceStrengthens India’s position in the Indian Ocean Region (IOR).Enhances maritime connectivity and supply chain resilience.Supports India’s emergence as a global trade and logistics hub.Environmental SignificancePromotes green shipping and sustainable port development.Contributes to India’s climate commitments and net-zero objectives.Encourages clean energy adoption in the maritime sector

Challenges

• High infrastructure financing requirements.
• Need for faster project execution and regulatory clearances.
• Competition from established global maritime hubs such as Singapore, Dubai and Rotterdam.
• Requirement of advanced maritime technology and skilled workforce.
• Balancing rapid infrastructure development with environmental sustainability.

Way Forward

• Accelerate public-private partnerships in maritime infrastructure.
• Strengthen multimodal connectivity under PM Gati Shakti.
• Promote indigenous shipbuilding and maritime manufacturing.
• Enhance digitalisation and automation of port operations.
• Position India as a global hub for green shipping, ship repair and ship recycling.

UPSC Prelims MCQQ. Consider the following statements regarding Maritime Amrit Kaal Vision 2047:It was launched during the Global Maritime India Summit 2023.It aims to increase India’s port handling capacity to 10,000 MMTPA by 2047.It builds upon Sagarmala Programme and Maritime India Vision 2030.Which of the statements given above are correct?(a) 1 and 2 only(b) 2 and 3 only(c) 1 and 3 only(d) 1, 2 and 3Answer: (d)UPSC Mains QuestionDiscuss the significance of Maritime Amrit Kaal Vision 2047 in transforming India into a global maritime hub. How can the vision contribute to the growth of the Blue Economy and logistics competitiveness? (15 Marks)

3.India’s First Hydrogen-Powered Ferry: A Milestone in Green Inland Water Transport

Why in News?

India’s first indigenously developed hydrogen-powered ferry commenced commercial operations in Varanasi in December 2025. Developed by Cochin Shipyard Limited (CSL) and operated by the Inland Waterways Authority of India (IWAI), the vessel marks a major step towards decarbonizing India’s inland water transport sector.

Hydrogen-Powered Ferry: Key Features

• First indigenous hydrogen-powered ferry deployed on the River Ganga.
• Developed by Cochin Shipyard Limited (CSL).
• Operated by the Inland Waterways Authority of India (IWAI).
• Flagged off by Union Minister for Ports, Shipping and Waterways.
• Designed as a 24-metre catamaran with a capacity of 50 passengers.
• Operates with zero tailpipe emissions.
• Built at a cost of approximately ₹18 crore, with 75% funding support from the Ministry of Ports, Shipping and Waterways.

Technology Behind the Ferry

The ferry uses Low Temperature Proton Exchange Membrane (LT-PEM) Fuel Cell Technology.

How it Works?

• Hydrogen is supplied to the fuel cell.
• Hydrogen reacts electrochemically with oxygen from the atmosphere.
• The reaction generates electricity to power the vessel.
• Water and heat are produced as the only by-products.

Overall Reaction:Hydrogen + Oxygen → Electricity + Water + Heat

Hybrid Green Propulsion System

The ferry incorporates multiple clean-energy technologies:

• Hydrogen fuel cells as the primary energy source.
• Onboard battery storage system.
• Solar panels for supplementary power generation.

This integrated system enables:

• Up to 8 hours of operation on a single hydrogen fill.
• Improved energy efficiency.
• Enhanced operational reliability.

Significance

• Promotes clean and sustainable transport by replacing diesel-powered vessels with a zero-emission alternative and supporting low-carbon mobility.

• Strengthens inland waterway transport by enhancing the viability of National Waterway-1 and encouraging a shift towards cost-effective and fuel-efficient cargo movement.

• Supports the development of the green hydrogen ecosystem by demonstrating the commercial feasibility of hydrogen fuel-cell technology and encouraging indigenous innovation.

• Advances maritime decarbonisation in line with the National Green Hydrogen Mission, Maritime India Vision 2030, Maritime Amrit Kaal Vision 2047, and India’s Net Zero target for 2070.

• Enhances energy security by reducing dependence on imported fossil fuels while offering higher efficiency, faster refuelling, and suitability for long-duration operations.

Challenges

• High cost of hydrogen production and storage.
• Limited hydrogen refuelling infrastructure.

Conclusion

The launch of India’s first hydrogen-powered ferry represents a major technological and environmental milestone in the country’s transport sector. By combining indigenous innovation, clean energy and inland waterway development, the project demonstrates how green hydrogen can become a key pillar of India’s sustainable mobility and maritime transformation agenda.

UPSC Prelims MCQQ. Consider the following statements regarding hydrogen fuel cells:Hydrogen fuel cells generate electricity through an electrochemical reaction.Water is the primary by-product of hydrogen fuel cells.Proton Exchange Membrane (PEM) fuel cells are used in hydrogen-powered mobility applications.Which of the statements given above are correct?(a) 1 and 2 only(b) 2 and 3 only(c) 1 and 3 only(d) 1, 2 and 3Answer: (d)UPSC Mains QuestionHydrogen is increasingly being viewed as a key fuel for India’s energy transition. Discuss the significance of hydrogen-powered transport systems in achieving India’s decarbonisation and sustainable mobility goals. (15 Marks)

4.Bajra: The Climate-Smart Crop Gaining Ground Among Farmers

Why in News?

Amid concerns of deficient monsoons and a possible intensification of El Niño, farmers in Rajasthan, Haryana and parts of Uttar Pradesh are increasingly opting for bajra (pearl millet) due to its short maturity period, low water requirement, lower input costs and assured profitability.

Why Are Farmers Shifting Towards Bajra?

Unlike water-intensive crops, bajra offers greater resilience under uncertain rainfall conditions.

Short Duration CropMatures within 85–90 days.Allows timely harvesting before the Rabi season.Facilitates double-cropping by enabling cultivation of mustard or wheat afterwards.Low Water RequirementRequires only 2–3 irrigations during the entire crop cycle.Performs well under rainfed conditions.Suitable for drought-prone and semi-arid regions.Lower Fertiliser RequirementRequires comparatively lower fertilizer application.Typical requirement:Around 20 kg DAP per acre.About one bag (45 kg) of urea per acre.Reduces cultivation costs significantly.Additional Income Through FodderProduces substantial quantities of kadbi (dry fodder).Supports livestock-based farming systems.Provides an additional source of farm income.Economic ViabilityAverage cultivation cost: ₹19,000–20,000 per acre.Net profit from grain alone: ₹12,000–13,000 per acre.Additional earnings from fodder improve overall profitability.Lower production risks compared to water-intensive crops.

Significance of Bajra

Climate ResilienceHighly tolerant to drought and heat stress.Performs well under erratic rainfall conditions.Acts as a safeguard against climate-induced agricultural risks.Nutritional SecurityBajra is recognized as a nutri-cereal due to its rich nutritional profile.High in iron, fibre and protein.Low glycaemic index.Beneficial for combating malnutrition and lifestyle diseases.Fodder SecurityProvides quality livestock feed.Supports dairy and mixed farming systems.Food SecurityCan be cultivated in marginal and low-fertility soils.Enhances resilience of India’s food production systems.Bajra and India’s Millet MissionThe growing importance of bajra aligns with India’s efforts to promote millets following the International Year of Millets (2023).

Bajra and India’s Millet Mission

The growing importance of bajra aligns with India’s efforts to promote millets following the International Year of Millets (2023).

Government initiatives include:

• National Food Security Mission (NFSM)
• Promotion of nutri-cereals under sustainable agriculture programmes
• Inclusion of millets in public nutrition programmes
• MSP support for selected millet crops

Way Forward

• Expand millet-based food processing industries.
• Strengthen procurement and market linkages.
• Promote climate-resilient agriculture through millet cultivation.
• Increase millet inclusion in nutrition and food security programmes.
• Support research on high-yielding and climate-resilient varieties.

UPSC Prelims MCQQ. With reference to Bajra (Pearl Millet), consider the following statements:It is highly drought tolerant and suitable for semi-arid regions.It requires significantly less water than rice.It is classified as a nutri-cereal due to its high nutritional value.Which of the statements given above are correct?(a) 1 and 2 only(b) 2 and 3 only(c) 1 and 3 only(d) 1, 2 and 3Answer: (d)UPSC Mains QuestionMillets are increasingly being viewed as climate-smart crops capable of addressing food security, nutritional security and climate resilience simultaneously. Discuss with special reference to Bajra cultivation in India. (15 Marks)

5.Robotics Revolution and India’s Manufacturing Future

Why in News?

The global race in robotics and embodied intelligence (Physical AI) is accelerating, with the United States and China emerging as dominant players. As automation increasingly drives manufacturing competitiveness, experts argue that Indian industry cannot rely solely on cheap labour and must actively invest in robotics, AI and advanced manufacturing technologies.

What is Embodied Intelligence?

Embodied Intelligence (Physical AI) refers to robots capable of:

• Perceiving their environment through sensors.
• Making decisions using AI algorithms.
• Performing physical tasks autonomously.

Unlike conventional industrial robots that perform repetitive programmed actions, embodied AI systems can adapt to changing environments and interact intelligently with humans and machines.

Global Robotics Landscape

China: Manufacturing and Robotics LeaderAccounted for 54% of global industrial robot installations in 2024.Operational stock exceeds 2 million industrial robots.Controls nearly 85% of the global humanoid robot market.Integrates robotics with advanced manufacturing and supply chains.United States: AI and Advanced Robotics LeaderDominates frontier AI research and advanced semiconductor design.Leads in robotics software, machine learning and autonomous systems.Companies such as Tesla are scaling humanoid robot production through projects like Optimus.

6.India’s Current Position

Despite being one of the world’s fastest-growing economies, India’s robotics ecosystem remains underdeveloped.

Key Indicators

• Industrial robot installations (2024): 9,100
• Robot density: 10 robots per 10,000 workers
• Global average: 132 robots per 10,000 workers
• South Korea: Over 1,200 robots per 10,000 workers

The figures highlight India’s significant automation gap compared to major manufacturing economies.

Way Forward

• Increase private-sector investment in robotics and automation.
• Establish robotics clusters linked to manufacturing hubs.
• Promote industry-academia collaboration for commercialization.
• Develop indigenous robotics hardware and semiconductor capabilities.
• Expand skilling programmes in AI, mechatronics and automation.
• Encourage MSME adoption through incentives and technology support.

Conclusion

The next industrial revolution will be driven by AI-powered robotics and embodied intelligence. As China and the US race ahead, India can no longer depend solely on cheap labour for manufacturing competitiveness. Success will require industry-led investments, indigenous innovation, stronger R&D ecosystems and rapid adoption of robotics technologies. The countries that master physical AI today are likely to dominate global manufacturing tomorrow.

UPSC PREIMS MCQQ. What is the primary purpose of Robot Drone Tractors in agriculture?(a) Controlling pests in crops(b) Monitoring livestock health(c) Autonomous decision-making for planting and harvesting(d) Applying fertilizers to cropsAns: (c)UPSC Mains Question“The rise of robotics and embodied intelligence is reshaping global manufacturing competitiveness. Examine India’s preparedness for the robotics revolution and suggest measures to strengthen its position in the emerging technology landscape.” (15 Marks)