1. India’s biotechnology sector is witnessing unprecedented growth, yet faces structural and regulatory challenges that threaten to slow its momentum.” Discuss the strategic priorities needed to transform India’s biotech surge into sustainable global leadership.
| Syllabus: General Studies – III: Awareness in the fields of IT, Space, Computers, Robotics, Nano-technology, Bio-technology and issues relating to Intellectual Property Rights |
IN NEWS: Biotech surge builds momentum but faces scaling bottlenecks
India’s biotechnology sector has emerged as one of the fastest-growing in the world, expanding from around 500 startups in 2018 to over 10,000 in 2025, supported by 94 incubators across 25 states. Government initiatives such as the BioE3 Policy, BIRAC funding, and Startup India Mission have spurred innovation. Yet, the journey from rapid expansion to sustainable global leadership is hindered by fragmented infrastructure, regulatory delays, and funding bottlenecks.
1. Strengthening Structural Foundations
- Cluster-Based Development: Consolidate scattered incubators into integrated biotech hubs—such as Genome Valley (Hyderabad) or the Mumbai–Pune corridor—to provide shared facilities for R&D, GMP, and clinical validation.
- Common Infrastructure Pools: Create “GMP Commons” and shared downstream facilities (fill-finish suites, purification systems) to reduce costs for startups.
- Public–Private Partnership (PPP) Platforms: Encourage collaboration between government, industry, and academia for technology transfer and commercialization.
2. Bridging the Financing Gap
- Dedicated Biotech Venture Fund: Establish a national fund offering matching equity or venture debt to bridge the gap between proof-of-concept and market readiness.
- Blended Finance Mechanisms: Leverage institutional investors, pension funds, and multilateral agencies through risk-sharing guarantees to attract long-term capital.
- Incentivize Domestic Investors: Extend tax credits and exit-friendly norms for angel investors in deep-tech biotech ventures.
3. Enhancing R&D and Talent Capacity
- Reverse Brain Drain: Offer relocation grants, tax holidays, and soft loans to attract Indian scientists abroad.
- Skill Development: Introduce micro-credential programs in CRISPR, GMP data integrity, AI-biostatistics, and clinical trial design.
- Academic–Industry Interface: Strengthen translational research centers within IITs, IISc, and AIIMS to convert research into viable products.
4. Regulatory and Policy Reforms
- Adaptive Regulatory Framework: Adopt a risk-based approach similar to the EU AI Act and US FDA models for biologics and AI-driven diagnostics.
- Streamlined Clinical Trials: Create centralised ethics committees and digital monitoring for transparency and faster approvals.
- Intellectual Property (IP) Reforms: Modernise patent laws to protect biotechnological innovations while ensuring affordable access.
5. Expanding Strategic Focus Areas
- AI and Genomics Integration: Promote AI-led drug design, molecular diagnostics, and precision medicine through innovation-linked incentives.
- Agri-biotech and Sustainability: Encourage startups in biofertilisers, precision farming, and green biotechnology to ensure inclusive rural growth.
- Global Collaboration: Partner with WHO, EU, and ASEAN on biotech research, vaccine security, and biosafety standards.
India stands at the threshold of a biotech revolution. By consolidating clusters, deepening financing, modernising regulation, nurturing skilled talent, and promoting sustainable innovation, India can evolve from being the “pharmacy of the world” to a global leader in biotechnology-driven healthcare, agriculture, and sustainability—realising its vision of a $300-billion bioeconomy by 2030.
| PYQ REFERENCE (UPSC 2021) Q. What is the research in developmental achievements in applied biotechnology? How will these achievements help to uplift the poor sections of the society? (250 words) |
2. India’s dependence on imported critical minerals poses a major challenge to its renewable energy ambitions. Evaluate India’s strategies to strengthen domestic mining, processing, and recycling capacity in pursuit of clean energy security. (250 words)
| Syllabus: General Studies – III: Conservation, Environmental Pollution and Degradation, Environmental Impact Assessment |
IN NEWS: The ‘critical factor’ in India’s clean energy ambitions
India’s clean energy transition targeting 500 GW renewable capacity by 2030 and net-zero emissions by 2070 depends on access to critical minerals like lithium, cobalt, nickel, and Rare Earth Elements (REEs). India’s high import dependence (90–100%) makes supply chains vulnerable to global disruptions, highlighting the need for a self-reliant strategy in mining, processing, and recycling.
Strengthening Domestic Exploration and Mining
- Policy Push: The National Mineral Exploration Policy (2016) and MMDR Amendment Act (2023) opened exploration to private players and improved transparency in block auctions.
- Resource Discovery: Geological Survey of India identified 5.9 million tonnes of lithium in J&K and explored REEs in Odisha and Andhra Pradesh.
- National Critical Mineral Mission: Aims to strengthen value chains from exploration to refining with a ₹34,300 crore investment plan.
- KABIL Initiative: Khanij Bidesh India Ltd is acquiring overseas mineral assets in Argentina, Australia, and Chile.
- Ease of Doing Mining: Simplified clearances, digitised mining cadastre, and incentives for green mining technologies are being promoted.
Building Processing and Refining Capacity
- Public–Private Collaboration: IREL (India) Ltd. and NMDC diversifying into REE and lithium refining through PPP models.
- Technology Transfer: Partnerships with Japan, Australia, and the US for clean refining and waste-minimising extraction.
- Production-Linked Incentives: Incentives for battery manufacturing and component processing to encourage domestic value addition.
- Cluster Development: Creating processing hubs near mineral-rich states to reduce logistics costs.
- Skill and R&D Support: CSIR and IITs developing indigenous refining technologies and battery-grade material standards.
Advancing Recycling and Circular Economy
- E-Waste Management Rules: Mandate formal recycling and extended producer responsibility (EPR) for recovery of lithium, cobalt, and nickel.
- Battery Waste Management Rules: Set recycling targets for EV and energy storage batteries.
- Urban Mining: Promotion of recovery of critical minerals from electronic and industrial waste streams.
- Public–Private Recycling Hubs: Encouraging facilities that combine automation and AI for high-efficiency recovery.
- Research Incentives: Grants for startups in green recycling and metallurgical innovation to reduce import dependence.
India’s strategies — from domestic exploration to circular economy development — mark important progress toward clean energy security. However, success will depend on regulatory efficiency, technological innovation, global partnerships, and sustainable mining practices. A robust critical mineral ecosystem will anchor India’s Atmanirbhar Bharat vision and global leadership in the green economy.
| PYQ REFERENCE (UPSC 2025) Q. Mineral resources are fundamental to the country’s economy and these are exploited by mining. Why is mining considered an environmental hazard? Explain the remedial measures required to reduce the environmental hazard due to mining. (250) |