Abstract
Geopolitical tensions, supply chain disruptions, and resource nationalism are creating new challenges for manufacturing economies across the globe. From China’s strategic export curbs to global competition for critical minerals and fertilizers, the world is witnessing a shift in industrial dynamics. India, while vulnerable, also has unique opportunities to turn these disruptions into avenues for self-reliance and leadership in emerging sectors. This article outlines the strategic hurdles and actionable pathways for India to overcome these modern barriers to growth.
Introduction: A New Era of Disruption-Driven Strategy
In today’s interconnected world, the manufacturing sector is increasingly shaped not just by innovation or market demand, but by geopolitical manoeuvring. Trade wars, armed conflicts, tariffs, and access restrictions are fast becoming instruments to hinder rival nations from advancing in critical technologies and strategic products. Nations are no longer just competing to develop; they are actively working to slow others down. Amid this turbulent backdrop, India must re-strategize to protect and enhance its industrial growth.
China Plus One: The New Industrial Geography
In the present global context, geopolitics affects manufacturing a lot. Armed conflicts, tariff war, regional power balances and supply chain disruptions are forcing the industry, businesses and governments to adapt new strategies to thrive on. A new strategy that is coming to play is to disrupt the other country’s advantageous position for development of critical technologies and products by creating as many hurdles as possible to its growth. Recall of technical experts, cutting down critical minerals and fertilizers, raising trade tariffs, denying port of call have become new paradigms to remain competitive in the new set of things. China remained the hub of global high-tech manufacturing in recent years. Due to several reasons, best known to the industry, biggest tech companies, as part of their China plus One strategy, are now moving their factories out of China and choosing India and Southeast Asian countries like Vietnam, Thailand, Cambodia and Malaysia instead. To arrest this shift, China has started blocking the movement of skilled workers and advanced machines to these countries. Foxconn, the company that makes iPhones in India, has suddenly called back more than 300 Chinese engineers working at its Indian plants in Sriperumbudur (Tamil Nadu), Devanahalli (Karnataka), and Kongara Kalan (Telangana).
Fertilizer Shock: A Critical Supply Chain Disrupted
China is a major supplier of fertilizers- urea, DAP and specialty fertilizers to India. Following a trade ban, it has stopped all exports of DAP and specialty fertilisers to India (for which the country has a heavy dependence on it) since April this year. Chinese supply of fertilizers to India has been dwindling for the last four to five years. However, this time it is a complete halt. Specialty fertilisers include slow and controlled release fertilisers (SCRF), water-soluble fertilisers (WSF) and liquid fertilisers for foliar application and fertigation, micronutrients, fortified fertilisers, customized fertilisers, nano fertilisers, bio-stimulants, organic and other value-added and innovative fertilisers. On an average 2-3 lakh tons of these materials are consumed every year in the country and are non subsidized. Though, globally, we are in the forefront in fertilizer production, imports and consumption, we have not yet acquired the technology and expertise to domestically produce these vital inputs to agriculture.
Critical Minerals: Strategic Materials in Global Crosshairs
The global energy transition to renewables, electric mobility, battery storage systems, production of low-carbon hydrogen, solar panels, wind turbines, smart devices, sensors, digital controls as well as the expansion of transmission infrastructure, have massively boosted demand for certain essential materials of construction that are known as critical minerals. These minerals are distributed not evenly across the surface of earth but there are certain areas where they are available in abundant quantities. China is one among them. It also controls the mining, refining, and export quotas for many strategic minerals. China produces about 90% of the world’s refined rare earths and even the US is heavily dependent on Chinese imports. China has been already restricting the export of key raw materials such as rare earth magnets in apparent retaliation for tariffs and other
curbs. It has sent shockwaves through global supply chains catering to manufacturing operations and industries like automotive, semiconductors, aerospace, and defense leading to price rise,production delays and cuts, and search for alternative sources.
Overcoming hurdles
We have adequate manpower to address the shortage of trained technical expertise for high-tech facilities in India. A change in the country’s approach to buildup of technical superiority in emerging sectors is needed. It shall focus on enhancing the experience of education through vocational training, advancing partnership among industry and academia and offering specialized training programs in emerging technologies. Professional bodies and higher education institutions shall foster a culture of continuous learning and industries and R & D shall attract the best available talent through attractive compensation and appealing work environments. Our demonstrated strength in several sectors- aerospace, chemicals, IT software and pharma- and the starring operational capabilities of public sector entities during the Sindoor mission gives sufficient confidence to overcome any kind of disruptions- material or talent related.
Toward Fertilizer Self-Reliance
Fertilizers is an area where the country can take a big leap and better availability provided there is determination. Inherent difficulties are there with regard to all important fertilizer raw materials- lack of phosphate and potash resources and import dependence for natural gas. Still, attainment of self-sufficiency lies in boosting domestic production, diversifying import sources, and promoting the use of alternative fertilizers and sustainable agricultural practices. Commissioning of plants under construction and debottlenecking of other operating plants with digital capabilities are to be expedited to increase production and improve efficiencies. Available low-grade rock phosphate deposits (Rajasthan etc.) may be effectively used through advanced beneficiation etc. Promoting low nutrient content fertilizers such as ammonium sulphate, mono ammonium phosphate vis a vis high nutrient urea and DAP assumes paramount significance in the sense that such products supply only the required quantum of nutrients during the cropping season, the whole of which will be absorbed by the crops leaving little residue. Besides reducing wastage, it will also
ward off soil degradation and environmental pollution. The Government shall strengthen its
program to promote the use of composts, agricultural wastes, green leaves, and farmland manure as readily available sources of manure for crops. The R&D success achieved in nano fertilisers shall also extend to specialty products, customized and fortified fertilizers. The production of green ammonia for making fertilizers pioneered by the National Green Hydrogen Mission is likely to become a game changer in this sector.
Securing Critical Minerals: Exploration, Innovation and Alliances
In order to ensure adequate availability of critical minerals to the manufacturing sectors, we may have to revamp and broaden domestic exploration and production. Our public and private sector metal companies may be forayed into these 1.5 to 2 billion USD market segment growing at 10- 12 % CAGR and work in tandem with the mining department to address the long-term demand for these materials.
Conclusion
We have to make use of available rare earth minerals and beach sands for which technology forproduction, meeting radioactive safety protocols, regulatory compliances in environmental protection are all major hurdles to overcome. We may also count on recovery of these materials from electronic and other waste resources for which again, technology and investment are important to attain scale and efficiency. We also need to be proactive in building up partnerships among the Quad and G20 countries on the lines of the India-Australia Critical Minerals Partnership to tie up with producer countries to diversify supply chains until technically and commercially viable alternatives emerge.
