Why in the News?

• The government has temporarily exempted all customs duties on cotton imports for five months, from June 1 to October 30, 2026, to improve cotton availability and reduce input costs for the domestic textile industry.

What’s in Today’s Article?

• Cotton Production in India (Statistics, Area & Production, Cotton Producing States, etc.)
• Import Duty on Cotton (Background, News Summary, Industry Response, Impact, etc.)

Cotton Production in India

• Cotton, often referred to as "White Gold", is one of the most important commercial crops in India.
• It plays a central role in the country's agricultural economy and is the primary raw material for the textile and apparel industry, which is India's second-largest employer after agriculture.
• India is the world's largest cotton producer, accounting for approximately 25% of global cotton production.
• It is also the only country that cultivates all four species of cotton:

• G. Arboreum and G. Herbaceum (Asian cotton)
• G. Barbadense (Egyptian cotton)
• G. Hirsutum (American Upland cotton)
  • G. Hirsutum accounts for 90% of hybrid cotton production in India and forms the basis of all current Bt cotton hybrids.

Area and Production

• India has the largest area under cotton cultivation globally, covering approximately 114.47 lakh hectares, which is roughly 37% of the global total.
• However, India's productivity remains low at about 437 kg per hectare, ranking around 40th globally, compared to higher yields in countries like China, the US, and Australia.
• About 67% of India's cotton is grown on rain-fed areas, with only 33% on irrigated land, making production vulnerable to monsoon variability.

Major Cotton-Producing States

• Cotton production in India is concentrated in nine major states, grouped into three agro-ecological zones:

• Northern Zone: Punjab, Haryana, and Rajasthan
• Central Zone: Gujarat, Maharashtra, and Madhya Pradesh
• Southern Zone: Telangana, Andhra Pradesh, and Karnataka
• As per the Economic Survey 2025-26, the top three cotton-producing states are Maharashtra, Gujarat, and Telangana. Cotton is also grown in Odisha and Tamil Nadu.

• Economic Significance

• Cotton production supports approximately 6 million farmers and 40-50 million people in trade and processing activities.
• The Cotton Corporation of India (CCI) operates 508 procurement centres across 152 cotton-growing districts in 11 major cotton-growing states.
• The Minimum Support Price (MSP) mechanism ensures price stability for cotton farmers.

Background: Import Duty on Cotton

• India's cotton import duty policy has fluctuated over the years, reflecting the government's attempt to balance the interests of domestic cotton farmers and the textile manufacturing industry.
• Need for Cotton Imports

• Quality and specification requirements: Certain segments of the textile industry, particularly those catering to export orders, require specific cotton varieties, such as extra-long staple (ELS) cotton, that are not sufficiently available domestically.
• Seasonal supply gaps: Domestic cotton availability can be inconsistent due to monsoon dependence, pest attacks, and post-harvest losses.
• Rising domestic prices: When domestic cotton prices rise sharply, imports help moderate price levels and ensure raw material availability for manufacturers.

• Import Duty History

• India had traditionally imposed an 11% customs duty (including basic customs duty and social welfare surcharge) on cotton imports.
• In August 2025, the government temporarily removed the import duty on cotton to provide relief to the textile sector, which was facing rising input costs and global competition.
• The duty-free window lasted from August to December 2025.
• On January 1, 2026, the 11% import duty was reinstated, drawing criticism from the textile industry, which argued that the duty was hindering competitiveness and raising production costs.
• Industry bodies like the Confederation of Indian Textile Industry (CITI) and the Apparel Export Promotion Council (AEPC) had been consistently advocating for duty relief.
• They cited the need for Indian manufacturers to compete with Asian peers, such as Bangladesh, Vietnam, and China, that have free access to international cotton without import duties.

• Industry vs. Farmer Interests
  • The cotton import duty debate involves a delicate balancing act:
    • Textile manufacturers argue that the duty raises input costs, reduces competitiveness, and hampers export growth.
    • Cotton farmers and farmer organisations contend that duty-free imports could depress domestic cotton prices, undermining farmer incomes and the MSP mechanism.
    • The government has attempted to address both concerns through temporary and targeted duty waivers rather than permanent removal.

News Summary: Government Waives Cotton Import Duty

• The Ministry of Finance has issued a notification exempting all customs duties on cotton imports for a five-month period from June 1 to October 30, 2026.
• This effectively removes the 11% import duty that was reinstated on January 1, 2026.
• The government stated that the measure is intended to increase cotton availability for the Indian textile sector and reduce input costs for manufacturers, while keeping the interests of domestic cotton farmers in mind.

Industry Response and Impact

• Industry experts welcomed the duty exemption, noting that it is expected to reduce input costs across the textile value chain, improve cotton availability, enhance export competitiveness, and provide significant relief to MSMEs facing rising cotton and yarn prices.
• Experts also urged spinning mills to pass on the benefits through lower cotton costs to help stabilise the sector.
• Industry bodies highlighted that the import duty had become a constraint on growth, while cotton imports are largely demand-driven and cater to specialised export requirements without affecting domestic cotton consumption.

Sectoral Context

• The textile and apparel sector is India’s second-largest employer and a major contributor to GDP and exports.
• Textile and apparel exports declined by 2.2% year-on-year to $35.79 billion in FY26.
• The MSME-dominated sector has been facing competitiveness challenges due to supply-chain disruptions and rising input costs.

Expected Impact

• The duty waiver is expected to:
  • Moderate domestic cotton prices during lean supply periods.
  • Reduce production costs for textile and apparel manufacturers.
  • Improve export competitiveness and order acquisition.
  • Provide substantial relief to MSMEs, which are most vulnerable to input-cost pressures.

Why in News?

• From June 1, 2026, the Union Government has mandated the use of domestically manufactured solar cells in all new net-metering and open access solar projects.
• The move aims to reduce dependence on imports, strengthen India's solar manufacturing ecosystem, and support the vision of Atmanirbhar Bharat in renewable energy.
• However, concerns have emerged regarding supply constraints, rising costs, and potential market consolidation.

What’s in Today’s Article?

• Understanding the Solar Manufacturing Value Chain
• Key Features of the New Mandate
• Concerns Raised by the Industry
• Supporter of the Policy
• Conclusion

Understanding the Solar Manufacturing Value Chain:

• Solar panel manufacturing involves multiple stages: Polysilicon → Ingots → Wafers → Solar Cells → Solar Modules (Panels).
• Solar cells convert sunlight into electricity. Multiple cells are assembled into solar modules/panels used for power generation.
• India possesses a large solar module manufacturing capacity (Installed - ~200 GW per annum) but has a much lower solar cell manufacturing capacity (~30 GW), making the industry heavily dependent on imported cells.

Key Features of the New Mandate:

• Projects covered: The domestic cell sourcing requirement applies to -
  • Net-metering projects: Primarily rooftop solar installations, and includes projects under PM Surya Ghar: Muft Bijli Yojana. Consumers can feed surplus electricity into the grid and offset power bills.
  • Open access projects: Renewable energy projects supplying power directly to commercial and industrial consumers.
• Government's position:
  • Industry sought an extension of the deadline for the mandated use of domestically manufactured solar cells.
  • However, the government clarified that there would be no blanket extension.
  • Limited relaxations may be granted for projects that have already made substantial progress, such as land acquisition, grid connectivity arrangements, and module installation.

Concerns Raised by the Industry:

• Supply constraints:
  • Domestic cell production remains significantly lower than module manufacturing capacity (cell capacity: ~30 GW vs module capacity: ~200 GW).
  • This mismatch could create shortages of domestically manufactured cells.
• Challenges for non-integrated manufacturers:
  • Many module manufacturers do not produce their own cells and depend on external suppliers.
  • These firms may now face procurement difficulties, becoming dependent on large integrated competitors that manufacture both cells and modules, and operating at a competitive disadvantage.
• Market consolidation risks:
  • Industry experts fear that integrated players may prioritize selling cells due to higher profit margins.
  • Smaller manufacturers could struggle to survive. The sector may witness consolidation, reducing competition.
• Cost escalation:
  • According to industry representatives, domestic cell manufacturers currently enjoy margins of around 20–30% due to limited competition.
  • Modules made using domestic cells are substantially costlier than those using imported cells.
  • Rising costs could affect project economics and deployment rates.
• Impact on employment and ancillary industries:
  • Industry bodies warn that more than 125 module manufacturers and 500 ancillary industries could face financial stress.
  • Smaller players may find compliance difficult unless domestic cell capacity expands significantly.
• Additional sectoral pressures:
  • The transition comes at a challenging time for the solar industry -
    • Module manufacturing capacity (effective/ current output) is estimated at 60–65 GW annually.
    • Solar installations are projected at around 45 GW in 2025–26.
    • Several manufacturers are operating at only 30–40% capacity utilisation.
    • Export opportunities have weakened due to high tariff barriers in the United States.
  • These factors have intensified concerns regarding oversupply and profitability.

Supporters of the Policy:

• Strengthening domestic manufacturing: Supporters argue that the mandate provides long-term certainty and encourages investment in domestic manufacturing.
  • According to industry assessments, India's solar cell manufacturing capacity could reach nearly 100 GW by 2027.
  • This would reduce import dependence, particularly on Chinese solar supply chains, and helps in achieving India's climate commitments.
• Adequate capacity outlook: Industry proponents contend that fears of shortages are exaggerated because large utility-scale projects bid before August 31, 2025 are exempt from the cell sourcing requirement.
• Push towards backward integration:
  • The policy is expected to encourage module manufacturers to invest in cell manufacturing, and greater vertical integration across the solar value chain.
  • It will help in the development of a stronger indigenous renewable energy ecosystem, aligning with Atmanirbhar Bharat, Make in India, and energy security objectives.

Conclusion:

• The policy reflects a strategic shift from merely deploying solar capacity to building a complete domestic manufacturing ecosystem.
• The success of the policy will depend on how quickly domestic cell manufacturing scales up and whether policymakers can balance industrial development with maintaining a competitive and diverse solar market.

Why in news?

MSCI's quarterly rebalancing of its global benchmark indices came into effect recently, triggering a sharp sell-off in Indian stock markets — with benchmark indices ending 1.5% down.

Foreign Portfolio Investors (FPIs) accounted for around 69% of the total NSE turnover of ₹2.87 lakh crore on the day of rebalancing — highlighting just how powerfully MSCI's decisions move Indian markets.

What’s in Today’s Article?

• What is MSCI and Why Does It Matter?
• What Changed in the Latest Rebalancing?
• The Taiwan Story — AI and Semiconductors
• India's Structural Weakness — No AI Play
• FPI Exodus from India — The Capital Flight Story

What is MSCI and Why Does It Matter?

• MSCI (Morgan Stanley Capital International) is a New York-based financial firm that creates and maintains global benchmark stock indices — essentially lists of companies from across the world, grouped by country and region, with specific weights assigned to each.
• These indices are keenly watched by investors worldwide because they directly dictate the flow of capital — particularly from passive funds (funds that simply mirror an index rather than actively picking stocks).
• When MSCI increases a country's weight, funds automatically buy more of that country's stocks.
• When the weight falls, they sell. This mechanical buying and selling can trigger massive market movements — as seen in India recently.
• MSCI Rebalancing
  • Every quarter, MSCI reviews and adjusts its indices — adding or removing companies, and changing the weights assigned to countries based on factors like market capitalisation, share price performance, and liquidity.
  • This is called rebalancing.

What Changed in the Latest Rebalancing?

• The number of Indian companies in the MSCI Global Standard index remained unchanged at 165 — but there were compositional changes (few companies removed and few others added).
• India's weight in MSCI Global Standard index — edged down from 12.4% to 12.3%.
• India's weight in MSCI Emerging Markets (EM) index — has been on a downward trend since peaking at around 21% in September 2024 and now stands at 11.94%.
• India vs Asian Peers — The AI Gap
  • India's declining weight in the MSCI EM index tells a larger story about the structural shift in global equity markets driven by Artificial Intelligence (AI).
    • Taiwan - 24.84%
    • China - 23.05%
    • South Korea - 18.69%
    • India - 11.94%

The Taiwan Story — AI and Semiconductors

• Taiwan has surged ahead driven entirely by AI-driven demand for semiconductors. Taiwan Semiconductor Manufacturing Company (TSMC) — the world's largest chipmaker — has seen its share price more than double in the last year.
• TSMC is one of only two non-US entities in the world's top-10 most valuable companies — the other being Saudi Aramco.
• Taiwan recently overtook India to become the fifth most valuable stock market in the world by market capitalisation.
• MSCI described the catalyst bluntly — "AI. Specifically, the scale of AI-driven demand for semiconductors."

India's Structural Weakness — No AI Play

• The absence of a significant AI or semiconductor play in India's stock market — earlier viewed as a contrarian strategy — has now become a glaring structural weakness.
• India's top two companies by MSCI weight — HDFC Bank and Reliance Industries — each have a weight of only 0.79% in the EM index, compared to TSMC's 14.21% alone.
• As MSCI noted, "broad EM exposure today is structurally different than a year ago — with more technology, more semiconductors, and a more direct stake in the global AI build-out."
• India, with its IT sector dominated by services rather than semiconductor manufacturing, is structurally absent from this global AI wealth creation wave.

FPI Exodus from India — The Capital Flight Story

• The MSCI weight decline and India's AI gap are directly reflected in how Foreign Portfolio Investors have been treating Indian equities — with sustained and accelerating selling:
• 
• This sustained FPI outflow — compounded by the rupee's depreciation making Indian assets less attractive in dollar terms — is creating a negative feedback loop: FPI selling weakens the rupee, a weaker rupee reduces India's dollar-denominated market cap, which reduces India's MSCI weight, which triggers more passive fund selling.

Why in news?

Union Coal and Mines Minister promoted surface coal gasification at a roadshow, stating the technology has the potential to substitute imports worth up to ₹3 lakh crore.

The Union Cabinet approved a ₹37,500-crore incentive package to encourage coal gasification — a significant policy push to utilise India's vast coal reserves while reducing import dependence on key industrial chemicals.

What’s in Today’s Article?

• What is Coal Gasification?
• Why Does India Need Coal Gasification?
• India's Targets and Financial Support
• The Technical Challenge — India's High-Ash Coal
• The Indigenisation Challenge and Opportunity

What is Coal Gasification?

• Imagine taking coal — a solid fuel — and converting it into a useful gas. That is essentially what coal gasification does.
• It converts coal into synthetic gas (syngas) — a mixture of hydrogen and carbon monoxide — which can then be used as a raw material to produce a wide range of valuable downstream products.
• What Can Syngas Produce?
  • Urea — critical for fertilisers
  • Ammonia — used in fertilisers and chemicals
  • Methanol — used as fuel and in chemical manufacturing
  • Synthetic Natural Gas (SNG) — substitute for natural gas
  • Hydrogen — clean energy fuel
  • Ammonium nitrate, ether, dimethyl ether — various industrial uses

Why Does India Need Coal Gasification?

• India is currently heavily import-dependent for several key industrial chemicals that can be produced domestically through coal gasification:
  • Urea — India imports one-fifth of its requirement.
  • Ammonia — India imports almost its entire requirement.
  • Methanol — India imports approximately 80-90% of its requirement.
• Meanwhile, India sits on vast coal reserves — approximately 401 billion tonnes of coal and about 47 billion tonnes of lignite — making it one of the most coal-rich countries in the world.
• Coal gasification offers a way to leverage these domestic resources to produce chemicals that India currently spends enormous foreign exchange importing — directly improving energy security, reducing the current account deficit, and creating domestic industrial capacity.

India's Targets and Financial Support

• The Ministry of Coal has set a target of gasifying 100 million tonnes of coal by 2030.
• The recently announced scheme aims to support gasification of about 75 million tonnes of coal and/or lignite to reach this target.
• Financial Incentives
  • ₹8,500 crore package — approved in January 2024; of this, ₹6,233 crore disbursed to eight projects.
  • ₹37,500 crore package — recently approved, providing incentives amounting to one-fifth of plant and machinery costs — recognising that capital costs are the single largest cost component in gasification projects.
• Key Projects and Their Timelines
  • Talcher Coal-based Ammonia-Urea Complex — Expected commissioning: FY2027-28.
  • Projects converting coal to syngas, ammonium nitrate, direct reduced iron, ethanol, and hydrogen — Expected commissioning: FY2029-30.
• Key Players
  • Public Sector — Coal India (joint ventures with BHEL and GAIL), Coal India's own project in Western Coalfields.
  • Private Sector — Jindal Steel and Power, Greta Energy and Metal.

The Technical Challenge — India's High-Ash Coal

• This is the most critical and distinctive challenge in India's coal gasification programme — one that sets India apart from all other major coal-gasifying nations.
• Indian coal has very high ash content — along with variability in gross calorific value (GCV) and the presence of complex mineral matter.
• These characteristics make standard gasification technologies used in countries like China, Australia, and the US — where coal quality is significantly better — unsuitable for Indian coal.
• What Technology Suits Indian Coal?
  • Fluidised-bed gasification is considered particularly suitable for high-ash Indian coal.
  • This technology uses a gas stream that lifts the coal out of ash and then gasifies it with heat — allowing it to handle the variability and high ash content that would clog or damage conventional gasifiers.
  • BHEL has specifically developed a pressurised fluidised-bed gasifier technology tailored to handle the high ash content and variability of Indian coal — an important step toward indigenous technological capability.

The Indigenisation Challenge and Opportunity

• Coal gasification projects are by their very nature highly capital-intensive with long gestation periods.
• According to a research, capital costs constitute nearly 30% of total syngas production costs — making financial viability the central challenge.
• BHEL — has developed indigenous pressurised fluidised-bed gasifier technology; its 16 facilities are capable of producing all critical components for gasification.
• Jindal Steel and Greta Energy — have indigenised approximately 80-90% of their production requirements.
• At its maturing stages, coal gasification may still require technology imports — particularly from China, which is the world leader in gasification technology.
  • Industry has sought government consideration of exemptions from DPIIT regulations for acquiring necessary technologies from China.

Conclusion

• India's coal gasification push sits at the intersection of several critical policy priorities — energy security (reducing import dependence), industrial policy (creating domestic chemical manufacturing capacity), agricultural security (domestic urea and fertiliser production), Aatmanirbhar Bharat (indigenising technology), and sustainable mining (better utilisation of coal resources).
• However, the programme faces significant challenges including technical adaptation for high-ash coal, capital intensity, long project gestation periods, and dependence on Chinese technology at scale.

About Banni Grassland:

• Location: It is located along the northern border of Kachchh district in the state of Gujarat.
• The Kutch Desert Wildlife Sanctuary and Chhari Dhand Conservation Reserve are part of the Banni Grasslands.
• It is also home to the ethnic groups, the majority of whom are pastoralists such as the Maldharis, the Rabaris, the Jats, the Mutwas, and the Meghwals.
• It is home to great biological diversity, having many grass species, bird species, and domesticated animals like Buffalo, Sheep, Goat, Horses and Camel, as well as wildlife. 
• Flora: The vegetation here mainly comprises Prosopis Juliflora, Cressa critica, Cyperus spp, Sporobolus, Dichanthium, and Aristida.
• Fauna: It is home to mammals such as the Nilgai, Chinkara, Blackbuck, Wild boar, Golden Jackal, Indian Hare, Indian Wolf, Caracal, Asiatic Wildcat and Desert Fox etc.

About Gamgul Siyabehi Wildlife Sanctuary:

• Location: It is located in Himachal Pradesh.
• It is nestled in the catchment of Siul nala (a tributary of Ravi River).
• It is adjoined at the northern end by the union territory of Jammu and Kashmir.
• The famous Kashmir Stag has been reported to be found only in this sanctuary located in Himachal Pradesh.
• Vegetation: Western Mixed Coniferous Forests, Moist temperate deciduous forests, Kharsu Oak forest, Birch/ Rhododendron forests and Alpine pastures.
• Flora: The typical high altitude vegetation found here includes deodar forests, coniferous forests and alpine pastures.
• Fauna: Asiatic Black Bear (Ursus thibetanus), Ibex (Capra ibex), Himalayan Tahr (Hemitragus jemlahicus), Common Leopard (Panthera pardus), Red Fox, Himalayan Tahr, small populations of Musk Deer, and Pheasants. etc.

About Lokayan 26:

• It is a 10-month transoceanic expedition of INS Sudarshini ship.
• It will visit 18 foreign ports across 13 countries.
• During the course of the voyage, Indian Navy and Indian Coast Guard trainees will undergo intensive sail training, gaining invaluable experience in long-range ocean navigation and traditional seamanship at sea. 
• It will strengthen India’s maritime cooperation and advancing the vision of MAHASAGAR.

Key Facts about  INS Sudarshini

• It is an indigenously built Sail Training Ship (STS).
• It was built by Goa Shipyard Limited and based at Kochi, Kerala under the Southern Naval Command of the Indian Navy. 
• It was successfully built and was commissioned on 27 Jan. 2012.
• The aim of using such ships is to make sailors sea-friendly, as they are taught how to survive alone at sea, understand rough weather conditions and train themselves to become good sailors.
• It has a very high endurance and can be deployed at sea continuously for a period of twenty days.