1 . INNOPROM India 2026
Syllabus Mapping: GS2:| Economic Diplomacy GS3: Industrialisation | Industrial Corridors | Logistics Infrastructure | Investment
- INNOPROM India 2026, held in New Delhi (9–11 September), is the first Indian edition of Russia’s major industrial forum, providing a platform for cooperation in manufacturing, industrial technology, localisation and investment.
- India and Russia have set a US$100 billion bilateral trade target by 2030, with growing emphasis on manufacturing, technology cooperation, investment, logistics, localisation and industrial clusters.
- National Industrial Corridor Development Programme (NICDP) covers 11 Industrial Corridors, 20 Greenfield Industrial Smart Cities across 13 States, with projects spanning ~19,878 ha, an estimated investment potential of ₹5.35 lakh crore and employment potential of nearly 14 lakh.
- These Industrial Smart Cities are planned as investment-ready, plug-and-play manufacturing ecosystems, providing serviced industrial land, reliable power, water and wastewater systems, ICT infrastructure and multimodal connectivity with highways, railways, ports and airports.
- The four already-developed Industrial Smart Cities are Dholera Special Investment Region (Gujarat), Shendra-Bidkin Industrial Area/AURIC (Maharashtra), Integrated Industrial Township Greater Noida (Uttar Pradesh) and Integrated Industrial Township Vikram Udyogpuri (Madhya Pradesh).
- The industrial corridors are aligned with PM GatiShakti, integrating industrial nodes with transport and logistics networks; Russian investment can also be facilitated through potential Russian industrial clusters within NICDC cities, promoting localisation, technology partnerships and resilient supply chains.
- BHAVYA (Bharat Audyogik Vikas Yojna) aims to develop 100 investment-ready plug-and-play industrial parks during FY2026–27 to FY2031–32, with an outlay of about ₹33,660 crore, complementing the industrial-corridor ecosystem.
- Industrial Corridor Land Platform (ICLP) is a GIS-enabled platform providing information on 4,000+ industrial parks, including land availability, infrastructure and connectivity, enabling investors to make informed site-selection decisions.
- NICDC is also Project Management Agency for 7 PM MITRA Parks, while NLDSL’s ULIP and Logistics Data Bank (LDB) strengthen the digital logistics ecosystem and provide end-to-end visibility of EXIM container movement.
2. Skill Manthan
Syllabus Mapping: GS2: Women Empowerment | Skill Development | District-level Governance | Entrepreneurship | MSMEs
- Skill Manthan, organised by Ministry of Skill Development & Entrepreneurship (MSDE), is a knowledge-sharing platform for district-led innovations in skill development and livelihood creation; its inaugural session focused on “Building Sustainable Livelihoods for Women.”
- The approach is based on hyperlocal, demand-driven skilling, where District Skill Development Plans (DSDPs) align training with local economic opportunities and industry/MSME requirements, rather than following a uniform national model.
- The initiative demonstrates that sustainable women’s livelihoods require convergence of skilling + entrepreneurship + finance + technology + market access, rather than skill training alone.
- Meerut (Uttar Pradesh) demonstrated a women-centric manufacturing model providing hands-on training and employment in badminton racket and shuttlecock production, linking skilling directly with local manufacturing opportunities.
- Bijnor (Uttar Pradesh) showcased Vidur Prerna Swadeshi, a district-wide platform supporting rural women entrepreneurs through branding, market access and enterprise support.
- NTR District (Andhra Pradesh) presented RISE, a one-stop ecosystem combining skilling, credit facilitation, mentoring, employment linkages and entrepreneurial support, illustrating institutional convergence for women-led enterprises.
- The model highlights the role of district administrations as engines of local economic transformation, with decentralised planning enabling skills to be matched with local demand, enterprises and employment opportunities.
3. Metal-Free Organic Photocatalyst for Green Hydrogen
Syllabus Mapping: GS3: Science & Technology | Green Hydrogen | Nanotechnology | Renewable Energy | Supramolecular Chemistry
- Researchers at CeNS, Bengaluru (under DST) developed a metal-free organic photocatalyst by combining the naturally occurring amino acid aspartic acid with perylene diimide (PDI), a light-absorbing organic molecule.
- The molecules undergo supramolecular self-assembly in water to form highly ordered 2D nanosheets, without changing their chemical composition.
- Supramolecular self-assembly means spontaneous organisation of molecules through non-covalent interactions; here, aspartic acid promotes hydrogen bonding, while PDI enables π–π stacking and light absorption.
- This molecular organisation improves light absorption, charge separation, charge transport and accessible catalytic surface area, thereby reducing energy losses during solar-driven water splitting.
- The self-assembled material produced nearly 18% higher photocurrent than its bulk counterpart, indicating improved efficiency in converting solar energy for water-splitting reactions.
- Green hydrogen can be produced by solar-driven water splitting, where light energy drives the separation of water into hydrogen and oxygen; photocatalysts facilitate this process.
- The key significance is the development of a metal-free, potentially more sustainable photocatalyst, reducing dependence on scarce/expensive metals used in conventional catalytic systems.
- The molecular-design approach has potential applications in green hydrogen, artificial photosynthesis, solar fuels and next-generation renewable-energy devices.
4. ORV Sagar Manthan: India’s Advanced Ocean Research Vessel
Syllabus Mapping: GS3: Science & Technology | Oceanography | Deep Ocean Mission | Marine Resources |
- ORV Sagar Manthan (Yard 3041) is India’s first advanced Ocean Research Vessel built by GRSE for NCPOR under the Ministry of Earth Sciences, marking a shift from importing research platforms to indigenous oceanographic capability.
- The vessel is being developed under Vertical-4 (Deep Ocean Survey & Exploration) of the Deep Ocean Mission (DOM) at an approximate cost of ₹840 crore, with a 30-year service life and capability to operate in extreme environments including the Southern Ocean.
- It is a multidisciplinary, all-weather research platform equipped for multibeam bathymetry, seismic/geophysical surveys, sub-bottom profiling, atmospheric observations and CTD water-column sampling, enabling integrated study of the ocean, seabed and atmosphere.
- The vessel will support exploration of Indian Ocean mid-oceanic ridges for polymetallic/multi-metal hydrothermal sulphide mineralisation, while also establishing environmental baselines—linking ocean research with India’s interest in deep-sea mineral resources.
- Its ROV (Remotely Operated Vehicle) and AUV (Autonomous Underwater Vehicle) deployment capability enables investigation and data collection in deep and difficult-to-access ocean environments.
- Oceanographic data generated by the vessel can strengthen understanding of climate dynamics, polar-glacier changes, ocean processes and tsunami hazards, thereby supporting disaster preparedness and climate research.
- The vessel will gradually replace the 43-year-old ORV Sagar Kanya, while symbolising India’s transition from acquiring research platforms abroad to indigenous design and construction.
- The project demonstrates Atmanirbharta in complex maritime technology, with GRSE undertaking domestic design, engineering and construction; the vessel has dual-class certification by Indian Register of Shipping (IRS) and American Bureau of Shipping (ABS)
5. International Deep-sea Macrofauna Taxonomy School
Syllabus Mapping: GS3: Marine Biodiversity | Deep-sea Ecosystems | Ocean Governance | International Environmental Cooperation
- CMLRE (MoES), Kochi is hosting the five-day Deep-sea Macrofauna Taxonomy School (7–11 September 2026) under the Sustainable Seabed Knowledge Initiative (SSKI) of the International Seabed Authority (ISA).
- The programme aims to standardise methodologies for deep-sea benthic biodiversity assessment and build taxonomic capacity among early-career researchers from Indian Ocean countries, strengthening scientific foundations for sustainable seabed management.
- Training covers traditional taxonomy, DNA barcoding, Scanning Electron Microscopy (SEM), biodiversity-data analysis, sample curation and open-access biodiversity-data publishing, combining conventional identification with modern molecular and imaging tools.
- Macrofauna refers to relatively large benthic organisms that can generally be retained by standard macrofaunal sampling sieves; studying them helps assess species composition, distribution and ecological health of deep-sea habitats.
- The initiative brings together ISA + MoES/CMLRE + IORA + Korea’s MABIK, demonstrating the importance of international scientific cooperation and standardised datasets for understanding biodiversity in areas beyond national jurisdiction.
- The programme is particularly relevant to deep-seabed environmental governance, where reliable taxonomic and biodiversity information is essential for assessing environmental impacts of seabed exploration and supporting sustainable ocean-resource management.
