Indias Iron and Steel industry is one of the country's most important industries. In January 2019, India overtook Japan as the world's second-largest steel producer. India's crude steel production reached 106.5 tonnes (MT) in 2018. This means India has surpassed Japan as the world's second-largest steel producer. This article will explain you about the Iron and Steel Industry which will be helpful in preparing Geography for the UPSC Civil service exam.

Iron and Steel Industry in India

• Domestic availability of raw materials such as iron ore and low-cost labour have fueled India's steel industry's growth.
• As a result, India's steel industry has been a major contributor to the country's manufacturing output.
• The Indian steel industry is cutting-edge, with cutting-edge steel mills.
• It has always aimed to keep older plants up to date and upgrade them to higher energy efficiency levels.

Structure

• The iron and steel industry in India is divided into three categories:
  • primary producers
  • secondary producers
  • other major producers.
• SAIL, TISCO, and RINL, India's main steel producers, had a combined capacity of around 50% of the country's total steel production capacity and production in 2004-05.
• ESSAR, ISPAT, and JVSL, the other major steel producers, account for roughly 20% of total steel production capacity.

Location factors

• The iron and steel industry uses a large amount of heavy and weight-losing raw materials, and its location is largely determined by raw material availability.
• Other factors, which are discussed below, do play a role in the location of the iron and steel industry.

Raw Material

• Since the iron and steel industry uses a large amount of heavy and weight-losing raw material, its location is primarily determined by raw material availability.
• Jharkhand, West Bengal, Orissa, and Chhattisgarh are home to the majority of India's iron and steel plants, including Jamshedpur, Burnpur, Durgapur, Rourkela, Bhilai, and Bokaro.
• These states have large deposits of coal and iron ore, and they are major producers of these materials.
• The Visvesvaraya Iron and Steel Works in Bhadravati is a notable exception, as it is located far from the country's main coal-producing areas.
• Previously, this centre had to rely on locally available charcoal. It now runs on Sharavathi Power Project hydroelectricity.
• Manganese, limestone, dolomite, chromite, silica, and other raw materials are used in this industry.
• These raw materials are used in small quantities and are relatively easy to transport. As a result, they have no significant impact on the industry's localization.

Market

• The availability of markets is another important factor influencing the iron and steel industry's localization.
• Steel products from an integrated steel plant are bulky, and the transport cost per tonne-kilometre of steel products is estimated to be three times higher than coal or iron ore.
• As a result, many iron and steel production centres are attracted by the market, based on the theory of minimum transportation costs.
• The automobile industry, which prefers a market location, is one of the steel industry's major consumers.
• The importance of the market for the iron and steel industry has also increased as a result of these industries.
• Scrap accounts for about half of the metal melted in the world's iron and steel furnaces.
• Scrap iron is primarily found in industrialised areas, particularly those with steel-consuming industries.
• As a consumer of steel and a source of raw materials, the market has a dual attraction.
• Scrap as raw material, on the other hand, has yet to catch on in India on a large scale.

Transportation

• Raw materials and finished products are both bulky and require large transportation facilities.
• The location of the Iron and Steel Industry is influenced by the most cost-effective transportation of raw materials from the source and finished products to the market.
• However, the establishment of large integrated steel plants boosted infrastructure development in these areas, particularly road and rail.

Technology

• Scrap has become a very important raw material in this industry as open-hearth processes have grown in popularity.
• Scraps (1/3 of the world's raw material) are used in this process. It's easier to transport in its natural state.
• Market-oriented location is now more advantageous than ever before, thanks to recent technological advancements in transportation, the use of scrap as a raw material, and agglomeration economics.

Port Location

• The port's location makes transportation simple and inexpensive.
• These are extremely useful for importing raw materials and exporting finished goods.
• Seaport locations are preferred when some basic raw materials must be imported or finished steel must be exported.
• The port locations have the added benefit of easy and inexpensive transportation, such as the Vizag Steel Plant, which is an excellent example of this type of location.

Government Policy

• The government bears the ultimate responsibility for balanced regional development, and as a result, the government has made significant investments in backward areas to develop these industries, such as in Jharkhand, Orissa, and Chhattisgarh.
• As a result, this strategy was consistent with the Growth Pole and Growth Centre principle of the Trickle-Down Theory.
• Political lobbying, political opposition, and strategic requirements can all have an impact on where it is located. VISW (Bhadravati), for example, was established to meet defense requirements.

Labour

• This industry necessitates cheap and plentiful labour. As a result, West Bengal and the surrounding areas are ideal industrial locations for the iron and steel industry.

Growth and Development

• In ancient times, Indians were known for their ability to smelt iron, as evidenced by the Mehrauli pillar.
• However, the first modern iron and steel industry unit was established in Porto-Nova (Tamil Nadu) in 1830, but it failed.
• Other attempts in the second half of the nineteenth century also failed.
• With the establishment of the TISCO plant in Jamshedpur in 1907, the iron and steel industry got its start.
• It was built in 1907 at the confluence of the Subarnarekha and Kharkai rivers.
• Since then, India's iron and steel industry has progressed significantly to where it is now.
• The Indian Iron and Steel Company (IISCO) was founded in Burnpur in 1919, followed by the Mysore Steel Works (now Visvesvaraya Iron and Steel Works) in Bhadravati in 1923.
• The development of the iron and steel industry was planned during the first five-year plan (FYP), but it was during the second FYP that three integrated projects at Bhilai (with former Soviet Union technical and financial assistance), Rourkela (with German assistance), and Durgapur (with German assistance) were launched (with U.K assistance)
• The Bokaro steel plant was established during the third FYP (production started in 1972)
• To meet the steel demand, three more steel plants were started during the fourth FYP. They are
  • Salem Iron and Steel Plant in Tamil Nadu
  • Vizag Iron and Steel Plant in Andhra Pradesh
  • Vijayanagar Iron and Steel Plant in Karnataka
• On July 14, 1976, the government took over the management of Indian Iron and Steel.
• SAIL also acquired Visweswaraya Iron and Steel Limited in August 1989.

Distribution

• In India, the iron and steel industry grew in areas where raw materials were plentiful.
• The Chota Nagpur plateau is home to all of India's major steel-making centres, which are spread across four states: West Bengal, Jharkhand, Orissa, and Chhattisgarh.

Major Steel Plants

Mini Steel Plants

• A mini steel plant is a small steel manufacturing facility. Pig iron or scrap iron are used as raw materials in these plants.
• These are secondary units that use steel scrap and sponge iron as raw materials and process them in electric and induction furnaces.
• To meet local demand, mini steel plants are located away from integrated plants. They're mostly found in and around cities.
• Steel is produced by a large number of decentralised secondary units using steel scrap/sponge iron as raw material and processing raw materials in electric furnaces and induction furnaces.
• Mini steel plants, which are located near market areas, produce mild steel, alloy steel, and stainless steel.
• Minor steel plant regulations have now been liberalised to allow for more efficient operations.

Benefits

• Lowest cost of establishment: Mini steel plants have the lowest capital requirements when compared to larger plants.
• Short gestation period: Mini steel plants have a shorter gestation period than larger plants, making them more time-efficient and competitive.
• Greater operational flexibility: When compared to larger plants, mini steel plants offer more operational flexibility because the raw materials already contain steel.
• Decentralised industrialization: Because these industries are located near urban and semi-urban areas and have low capital requirements, they cover a larger area than larger steel plants, resulting in more balanced regional growth.
• Better suited to meet local requirements: Mini steel plants are well-suited to meet local demands in a short period of time, such as utensil setups, steel rods for construction, and so on.
• Mini steel plants have contributed to the decentralisation of transportation and distribution networks by using locally available raw materials.
• Produces low-cost mild steel: Because scrap and pig iron are used as raw materials in the production of steel, processing costs are low.
• Requirement of smaller infrastructure facilities: Due to the nature and process involved in steel production, the infrastructure facilities required for steel production are very low when compared to larger units.

Challenges of Minor Steel Plants

• Capital: Despite the fact that the capital requirement is lower than for larger plants, it still necessitates a large capital investment, which small business owners find difficult to manage. With the help of foreign aid, many plants have been established.
• Lack of technology: Until the 1960s and 1970s, India had advanced technology from the west, and plant efficiency was high, but after the oil crisis, energy costs and other inputs skyrocketed, reducing profit margins.
• As a result, there was a lower level of investment in technological development. Other plants' efficiency suffered, with the exception of Bokaro and Vizag.
• Low productivity: Due to the presence of an excessively large number of Mini steel plants in India, per capita, labor productivity is one of the lowest.
• Low productivity utilization - Due to strikes, raw material scarcity, energy crisis, inefficient management, infrastructure bottlenecks, and political influences, productivity utilization rarely exceeds 80%.
• Heavy demand: As demand grows, large amounts of steel and its raw materials, such as coal (imported from Australia), are imported, putting a strain on our foreign exchange reserves.
• It must be saved by increasing production in order to boost exports.
• Low productivity of blast furnaces: It is due to a mismatch between resource profiles and available technology.
• Indian iron has a high alumina content and a negative silica-alumina ratio, whereas western technology performs well in high silica environments.
• This has an impact on productivity. Due to its low quality, Indian coal is inferior.
• Electric arc furnaces consume a lot of energy.
• The advantages of raw materials are nullified in India due to the high cost of power.
• Furthermore, we continue to use outdated, energy-inefficient processes such as the open-hearth process.

Challenges

• Poor demand, a price slump, competition from lower-cost imports, and project delays are all major issues in the Indian steel industry.
• Other difficult issues include insufficient power and coal supply, inefficiency in public sector units, and under-utilization of capacity.
• Indian banks are dealing with nonperforming assets (NPA), while the industry, which has a long gestation period, requires significant investment.
• There are also issues with raw materials and infrastructure issues.
• In PSUs, obsolete technology resulted in lower-quality products.
• Under-utilisation of labor as a result of frequent strikes, lockouts, and inefficient management (slow land acquisition, environmental clearances, etc.) facilitate dumping in the market, lowering global prices and affecting domestic producers and exports.
• The domestic industry's fortunes have been harmed by a global glut and a surge in low-cost imports from China, Russia, Korea, and Japan.

Government Initiatives

• The government released guidelines for the approved specialty steel production-linked incentive (PLI) scheme in October 2021.
• The scheme is expected to bring in Rs. 400 billion in investment and increase specialty steel capacity by 25 million tonnes
• India and Russia signed an MoU in October 2021 to conduct steel R&D and produce coking coal (used in steelmaking).
• 'Mission Purvodaya' was launched in 2020 to help India's eastern states develop faster (Odisha, Jharkhand, Chhattisgarh, West Bengal, and the northern part of Andhra Pradesh).
• JSW Steel, CSIR-National Chemical Lab (NCL), Scottish Development International (SDI), and India H2 Alliance (IH2A) formed a partnership in June 2021 to commercialize hydrogen in the steel and cement industries.
• The government allocated Rs. 39.25 crore (US$ 5.4 million) to the Ministry of Steel in the Union Budget 2020-21.
• The focus of the budget is on building infrastructure and manufacturing to help the economy grow.
• The Ministry of Steel of the Government of India and the Ministry of Economy, Trade, and Industry of the Government of Japan signed a Memorandum of Cooperation (MoC) in January 2021 to boost the steel sector through joint activities under the India–Japan Steel Dialogue.
• The Union Cabinet of India approved the National Steel Policy (NSP) 2017 with the goal of making India a globally competitive steel producer.
• India's government raised import tariffs on most steel products twice, each time by 2.5 percent, and imposed anti-dumping and safeguard duties on iron and steel products.

Significance

• It is a modernity indicator, and the development of the steel industry is inextricably linked to the development of a country.
• The iron and steel industry serves as a backbone for the country's physical infrastructure development.
• The iron and steel industry provides a country's industrial infrastructure with a strong forward-backward linkage.
• They are critical to the regional development of the areas where they are located.
• Many other industries, such as the automobile industry, owe their development to the iron and steel industry.
• The iron and steel industry has created a large number of jobs, particularly in underdeveloped areas where these industries are located.
• The transportation sector, such as roads, railways, airways, and waterways, benefited from the iron and steel industry.
• The iron and steel industry is critical to India's research and development sector's growth.

Import and Export

• Despite the fact that India began exporting steel in 1964, exports were unregulated and heavily reliant on domestic surpluses.
• Steel exports, on the other hand, increased dramatically in the years following economic liberalization.
• As a result of the rapid growth of domestic steel demand, the rate of growth of steel exports from India has slowed to ensure that domestic requirements are met.
• India is a net importer of total finished steel at the moment.
• Iron and steel can be freely imported and exported.

Conclusion

MCQs

1. Which raw material is primarily used in the production of steel?

A. Copper

B. Iron ore

C. Aluminum

D. Zinc

2. Which country is the largest producer of steel in the world?

A. India

B. Japan

C. China

D. USA

3. What is the role of coke in the steel industry?

A. Used as a lubricant

B. Acts as a fuel and reducing agent in the blast furnace

C. Helps in recycling steel

D. Used for polishing steel

4. What is the main environmental concern associated with the steel industry?

A. Water pollution

B. Noise pollution

C. Carbon emissions

D. Deforestation

5. Which city is known as a major steel-producing center in India?

A. Mumbai

B. Chennai

C. Jamshedpur

D. Bangalore

GS Mains Questions and Model Answers

Q1: Discuss the role of the iron and steel industry in the economic development of a country.

Answer: The iron and steel industry plays a pivotal role in the economic development of a country. It provides the raw materials necessary for infrastructure development, manufacturing, and construction, contributing significantly to the GDP. The industry generates employment opportunities and supports other sectors such as automobiles and heavy machinery. Moreover, it helps in the development of industrial towns and fosters innovation in technology. Countries like China, India, and Japan have heavily invested in this industry, making it a backbone of their industrial growth. However, the environmental impact of steel production requires addressing through sustainable practices.

Q2: Analyze the environmental challenges faced by the iron and steel industry and suggest measures to mitigate them.

Answer: The iron and steel industry faces major environmental challenges, particularly due to its high levels of carbon emissions and energy consumption. The use of coal in the blast furnace process results in significant greenhouse gas emissions. Other challenges include air pollution, water usage, and the disposal of industrial waste. To mitigate these impacts, the industry is adopting cleaner technologies like the Electric Arc Furnace (EAF) for recycling steel, reducing energy consumption, and switching to renewable energy sources. The development of green steel technology, which uses hydrogen instead of coal, is also being explored to reduce the carbon footprint of the industry.

Q3: Evaluate the contribution of India to the global iron and steel industry.

Answer: India is the second-largest steel producer in the world, after China, and its iron and steel industry is a major contributor to both the domestic economy and global markets. India's steel plants, such as Tata Steel in Jamshedpur and Steel Authority of India Ltd (SAIL), play a significant role in providing raw materials for industries like construction, infrastructure, and automobiles. The Indian government has implemented policies to expand the steel sector through the National Steel Policy 2017, which aims to increase production capacity to 300 million tons by 2030. India’s iron and steel industry also supports exports and has contributed to the country’s industrialization and urbanization.

Previous Year Questions on Iron and Steel Industry

1. UPSC CSE Prelims 2018

Question: Which of the following cities is known for its steel production in India?

A. Ahmedabad

B. Jamshedpur

C. Bengaluru

D. Kolkata

Answer: B

Explanation: Jamshedpur in Jharkhand is one of the largest steel-producing cities in India and is home to Tata Steel, a major player in the Indian iron and steel industry.

2. UPSC CSE Mains 2019 (GS Paper 3)

Question: "The iron and steel industry is crucial for India’s industrial development." Discuss the challenges faced by this sector and suggest measures for improvement.

Answer: The iron and steel industry is fundamental to India's industrial development, serving as a backbone for infrastructure and manufacturing sectors. However, the industry faces several challenges that hinder its growth and efficiency. One significant issue is the availability and cost of raw materials, particularly iron ore and coking coal, which are essential for steel production. Fluctuations in global prices and limited domestic reserves of high-quality coal further complicate the situation. Additionally, high energy costs, which constitute a substantial portion of production expenses, make Indian steel less competitive on the global market. Environmental concerns, such as pollution from steel production processes, also pose challenges, with increasing pressure to adopt cleaner and more sustainable practices.

To address these challenges, adopting clean technologies that reduce energy consumption and emissions is crucial for the long-term sustainability of the iron and steel industry. Enhancing infrastructure, particularly in transportation and logistics, can improve the efficiency of raw material supply chains and reduce costs. Investment in research and development is equally important to foster innovations in production techniques, enabling greater efficiency and the use of alternative, eco-friendly materials. By focusing on these measures, the iron and steel industry can improve its competitiveness and contribute more effectively to India's industrial growth.