Macroeconomic Significance and Industrial Evolution
The industrial landscape of Bangladesh is currently undergoing a transformative shift, with the steel sector serving as the primary catalyst for national development and infrastructural sovereignty. As the nation traverses its trajectory from a developing economy toward its "Vision 2041" goal of becoming a high-income country, the consumption of iron and steel has emerged as a fundamental metric of economic vitality.1 The steel industry, currently valued at approximately BDT 55,000 crore to BDT 72,000 crore (USD 6.2 billion to USD 8 billion), represents one of the most capital-intensive and strategically vital segments of the manufacturing sector.1 This valuation is not merely a reflection of domestic output but signifies the industry's role as the bedrock of an economy maintaining a high and steady annual growth rate in construction and real estate sectors.1
Historically, the genesis of the Bangladeshi steel industry was modest, beginning with the establishment of the first steel mill in 1952.3 For decades, the sector remained relatively stagnant, characterized by small-scale, fragmented re-rolling units with limited technological sophistication. However, the early 1990s marked a pivotal structural break, as the government initiated liberalized policies that encouraged significant private sector investment.1 This period saw a transition from manual, low-efficiency mills to automated and semi-automated facilities, primarily focusing on long products to satisfy the burgeoning demand for housing and public infrastructure. By 2008, the annual consumption of steel stood at a mere 0.8 million tons; today, that figure has expanded fivefold to exceed 4 million tons, with some industry estimates placing current demand as high as 7 to 8.5 million metric tons.3
The industry's expansion is deeply intertwined with the nation's rapid urbanization and the implementation of mega-infrastructure projects. The capital city of Dhaka has emerged as one of the world's fastest-growing megacities, necessitating an estimated 120,000 new household units annually.4 Simultaneously, the government’s commitment to large-scale public works—including the Padma Bridge, Dhaka Metro Rail, and the Rooppur Nuclear Power Plant—has created a guaranteed floor for steel demand.1 Public infrastructure projects currently account for approximately 60% of total steel consumption, while the private residential and commercial sectors consume 25% and 15%, respectively.1
Despite this robust growth, the industry remains in a state of structural transition. Bangladesh is currently classified as one of Asia's most buoyant emerging steel markets, yet its per capita steel consumption remains significantly lower than global and regional benchmarks.7 In 2020, per capita consumption was recorded at 45 kg, which rose to approximately 55 kg by 2024.3 While this indicates a steep upward curve, it remains far below India's 93.4 kg, Japan's 432.5 kg, or the global average of over 200 kg.3 The World Steel Association and local analysts project that this figure will exceed 100 kg by 2030, signaling a massive untapped potential for large-scale industrial expansion and foreign direct investment (FDI).1
Market Architecture and Competitive Landscape
The steel market in Bangladesh has evolved from a fragmented, oligopolistic structure toward a more competitive environment, although it remains dominated by a handful of large conglomerates.7 Currently, the industry consists of approximately 400 steel and re-rolling mills, but only a small fraction—roughly 40 to 52 companies—possess the scale and technology to produce at least 10,000 metric tons of rods annually.3 These top-tier producers collectively account for over 92% of the country's total long steel production.7
The Dominance of the "Big Three"
The market is characterized by high concentration at the top. The three largest players—Abul Khair Steel (AKS), Bangladesh Steel Re-Rolling Mills (BSRM), and Kabir Steel Re-rolling Mills (KSRM)—control approximately 50% of the total market share.4 These companies have maintained their supremacy by aggressively integrating the production process, moving away from simple re-rolling of imported billets toward backward integration through electric arc furnaces (EAF) and induction furnaces (IF).4
BSRM, as a representative entity of the industry's success, reported an annual revenue of BDT 115,061 million for the 2022-23 fiscal year.11 This scale of operation allows for significant investment in research and development, energy efficiency, and sustainability. Smaller players have grown aggressively in recent years, attempting to dilute the dominance of the Big Three, but the capital-intensive nature of the industry and the requirement for sophisticated logistics often favor established conglomerates.7
Structural Shifts and Product Diversification
The industry is currently undergoing a structural shift from the production of simple mild steel (MS) products to more specialized and high-strength materials.3 Traditionally, the market focused on MS rods and bars for basic construction. However, the requirements of modern high-rise buildings and mega-infrastructure have necessitated the production of Thermo-Mechanically Treated (TMT) bars, which offer superior strength and erosion resistance.3
Furthermore, there is a burgeoning demand for flat products, which are currently under-produced domestically.4 While the country is largely self-sufficient in long products like rebar and small shapes, it still relies heavily on imported hot-rolled coils (HRC) to fabricate flat products such as corrugated iron sheets and automotive components.4 This gap in the "hot-rolling" process presents one of the most significant investment opportunities for both local conglomerates and foreign investors.4
Technical Project Profile: Large-Scale Re-rolling Operations
A large-scale steel re-rolling project in Bangladesh is defined by its integration of advanced thermal processing, mechanical deformation, and high-precision automation. The objective is to transform semi-finished steel (billets) into finished long products with specific mechanical properties.12
The Re-rolling Mechanism
The core principle of the mill is hot rolling, where steel billets are heated above their recrystallization temperature and passed through a series of rollers to achieve the desired shape and size.12 For a large-scale facility, the production capacity typically exceeds 500,000 metric tons per year, requiring a sophisticated infrastructure of billet heating furnaces, rolling stands, and controlled cooling beds.12
The process begins in the billet heating furnace, where raw material—either domestically produced via melting scrap or imported—is heated to approximately to .12 Most modern mills in Bangladesh use natural gas or induction heating for this stage. The heated billet then moves through the "roughing" stands, which perform the initial reduction in cross-section. This is followed by "intermediate" and "finishing" stands, which refine the dimensions to exact specifications.12
TMT Technology and Quenching
A defining feature of large-scale mills in Bangladesh is the Thermo-Mechanically Treated (TMT) process. After the final rolling pass, the hot bars undergo a rapid quenching process using high-pressure water jets.3 This sudden cooling transforms the outer surface of the bar into a hard martensitic structure, while the core remains hot and austenitic. As the bar moves to the cooling bed, the heat from the core flows outward, tempering the martensite and resulting in a product that combines a high-yield strength outer shell with a ductile, tough core.3
For a mill with an initial capacity of 10.5 MW, the electrical infrastructure is equally critical. Power system planning must include load forecasting to estimate peak demand, substation expansion planning (SEP) to step down transmission-level voltage, and reactive power planning (RPP) to manage the harmonic distortions caused by heavy furnace loads.13
Infrastructure and Site Suitability: The Economic Zone Paradigm
The spatial distribution of the steel industry in Bangladesh is increasingly being managed through the Bangladesh Economic Zones Authority (BEZA) to ensure access to concentrated utilities and logistics.4 Large-scale steel projects require significant land area, typically between 70 to 200 acres for an integrated facility, and must be situated near high-capacity transport corridors.15
Bangabandhu Sheikh Mujib Shilpa Nagar (BSMSN)
The BSMSN in the Mirsarai-Sitakunda region has emerged as the primary hub for the next generation of steel giants. Its proximity to the Port of Chattogram—the country's main gateway for scrap imports—and the Dhaka-Chattogram highway makes it an ideal location for heavy industry.8
The BSMSN provides a integrated ecosystem where utilities are centralized. For instance, BMSIL has secured approval for 3 mmscfd of natural gas and is building its own jetty on the Sandwip Channel to bypass the congestion at the main port of Chattogram.8 This "port-to-plant" connectivity is vital for reducing the "transformation cost" of steel, which involves the movement of millions of tons of scrap and finished goods annually.16
Utility Demands and Energy Consumption Profiles
The steel industry is an energy-intensive sector, consuming approximately 2.25% of the total primary energy in Bangladesh.13 For a large-scale project, the energy mix typically involves electricity, natural gas, and high-speed diesel (HSD).13
Electricity: Consumed by induction furnaces and as a power source for machinery. Large mills often opt for gas-based self-generation, which can be 30% cheaper than grid electricity, although this is contingent on gas availability.13
Natural Gas: Primarily used for heating billets and running self-generation units. Uninterrupted supply is the single most critical factor for operational stability, as load shedding or gas pressure drops can reduce production by 20% and cause significant damage to the refractory linings of furnaces.13
Water Supply: Used extensively for cooling systems (coil, cabinet, and products). Large-scale plants require millions of liters per day, often sourced from deep tubewells or nearby river tributaries with integrated treatment plants.17
Manufacturing Technology: The EAF vs. IF Transition
A critical strategic decision for any large-scale steel project in Bangladesh is the selection of the melting technology. The industry is currently witnessing a transition from the traditional Induction Furnace (IF) toward the more sophisticated Electric Arc Furnace (EAF).4
Induction Furnace (IF): The Traditional Choice
Induction furnaces have been the mainstay of the Bangladeshi steel sector since the late 1990s, when BSRM installed the first steelmaking unit based on this technology.22 The advantages of IF include a lower initial investment cost, high metallic efficiency due to minimal oxidation losses, and lower dust emissions compared to arc furnaces.23 However, IF is essentially a melting technology with limited refining capabilities. It requires high-quality, rust-free, and appropriately sized scrap to achieve the desired metallurgical composition.22 In a market where scrap quality is inconsistent, this poses a significant risk to product uniformity.
Electric Arc Furnace (EAF): The Future of Quality
Electric Arc Furnaces utilize high-voltage electric arcs to melt scrap. Unlike IF, EAF technology allows for active metallurgical reactions, including desulfurization and dephosphorization, enabling the production of cleaner steel from lower-grade scrap.21 Large-scale projects, such as GPH Ispat and the new Meghna Group plant, have opted for EAF to ensure their products meet international quality standards for automotive and strategic applications.13
The EAF route is also considered more "sustainable" in the long term, as it facilitates the transition toward "Green Steel" by utilizing recycled scrap as the primary feedstock.14 As Bangladesh faces increasing pressure to reduce its industrial carbon footprint, the integration of EAF with green energy sources will become a mandatory benchmark for large-scale operations.14
Raw Material Sourcing and Supply Chain Resilience
Bangladesh's steel industry is characterized by a high degree of import dependence, as the country possesses no significant domestic iron ore deposits.6 Over 85% of the key raw materials—including melting scrap, billets, and ferro-alloys—must be imported.18
The Logistics of Scrap and Shipbreaking
The shipbreaking industry in Chattogram has historically provided a unique domestic source of high-quality scrap.3 However, the scale of the steel industry has far outgrown the capacity of the shipbreaking yards. In the current fiscal year, Bangladesh has emerged as one of the world's largest importers of steel scrap, particularly from the United States, which saw exports to Bangladesh reach 667,169 tonnes in the first five months of 2022 alone.8
The reliance on imported scrap creates a massive logistical and financial challenge. Most scrap arrives at the Port of Chattogram, where delays and congestion can lead to significant detention charges and supply chain bottlenecks.8 Large projects are increasingly looking toward "outer anchorage" transshipment, where scrap is transferred from large cargo ships to smaller riverine barges (1,200 to 4,000 MT capacity) and transported directly to the plant's captive wharf via the Meghna or Karnaphuli river systems.25
The "Dollar Crisis" and Letter of Credit (LC) Risks
In the post-2022 economic environment, the single greatest threat to the steel supply chain has been the "dollar crisis" and the resulting difficulty in opening Letters of Credit (LCs).1 Because the industry is so heavily import-dependent, the inability of banks to facilitate foreign currency transactions has led to raw material shortages and forced many smaller mills to suspend operations.18 For a large-scale project, maintaining a strategic reserve of raw materials (often a 3-to-6-month supply) is now a prerequisite for operational stability, although this requires significant working capital and exposes the firm to currency devaluation risks.17
Regulatory Framework and Environmental Compliance
Establishing and operating a large-scale steel re-rolling industry in Bangladesh requires adherence to a complex web of regulations spanning environmental, labor, and safety domains.
Environmental Categorization (Red Category)
Under the Environment Conservation Rules 2023 (ECR 2023), steel re-rolling mills and integrated steel plants are classified as Red Category industries.26 This classification is reserved for projects with the "highest potential for environmental harm," necessitating the most rigorous level of scrutiny.27
For a Red Category project, the Environmental Impact Assessment (EIA) is the critical document.26 The EIA must outline the baseline environmental conditions, identify potential impacts on air, water, and soil, and propose a comprehensive Environmental Management Plan (EMP). One of the most significant requirements under ECR 2023 is mandatory Public Consultation.28 Project proponents must hold public hearings with local stakeholders and incorporate their concerns into the final EIA report.28
Occupational Safety and Health (OSH)
The steel industry is inherently hazardous, involving extreme temperatures, heavy machinery, and toxic fumes. The Department of Inspection for Factories and Establishments (DIFE) enforces the Bangladesh Labour Act, 2018, which mandates the formation of Safety Committees in any factory with more than 50 workers.29 Large-scale projects are required to provide on-site health centers and ensure the mandatory use of Personal Protective Equipment (PPE), including eye goggles for welding, safety boots, and masks for metal dust.30 Despite these regulations, awareness remains a challenge, with studies showing that only a small percentage of metalworking shops in the informal sector comply with government safety rules.30
Fiscal Policy and Financial Modeling
The financial viability of a large-scale steel project in Bangladesh is highly sensitive to the government's fiscal stance and the prevailing interest rate regime.
Duty Structure and Taxation
The steel industry is a major source of revenue for the National Board of Revenue (NBR). Currently, importers pay fixed amounts of tax on raw materials: BDT 1,500 per tonne on scrap and BDT 2,200 per tonne on billets and rod production.9 However, there is ongoing pressure to transition to a percentage-based tax (20-23% on imports), which industry insiders warn could raise rebar prices by over BDT 1,400 per tonne and dampen demand in the struggling construction sector.9
Financing Risks and Currency Devaluation
Large-scale projects face significant "interest rate risk" and "liquidity risk." With lending rates rising to 11-12% and high margins on LC openings, the cost of financing has become a major obstacle to new investments.1 Furthermore, the devaluation of the Taka has a "double-whammy" effect: it increases the cost of imported machinery and raw materials while simultaneously raising the BDT value of foreign currency-denominated loans.1 For instance, the BMSIL project saw its estimated cost rise by BDT 1,000 crore solely due to currency fluctuations.17
Sustainability and "Green Steel" Initiatives
As global trends shift toward carbon neutrality, the Bangladeshi steel industry is beginning to adopt sustainability as a core strategic objective.11 Large players like BSRM have integrated Environmental, Social, and Governance (ESG) frameworks into their annual reporting, committing to reductions in power and water consumption per metric ton of steel produced.11
Energy Efficiency and Waste Management
The transition to modern Vertical Roller Mills (VRM) and high-efficiency induction systems is a key part of this strategy.6 Furthermore, the management of industrial waste—specifically steel slag—presents an opportunity for a circular economy. Research indicates that slag from IF and EAF can be used to manufacture non-fired bricks, which exhibit compressive strengths ten to twelve times higher than conventional burnt clay bricks.32 This not only reduces the environmental burden of slag dumping but also provides a sustainable alternative to the carbon-intensive brick-making industry.32
Decarbonization and "Three Zero" Theory
The government and industry leaders are increasingly aligning with the "Three Zero" theory—zero poverty, zero unemployment, and zero net carbon emissions.33 This approach drives inclusive growth and creates jobs in renewable energy and sustainable manufacturing. Large-scale mills are exploring the use of solar power for administrative buildings and light machinery, although the heavy furnace loads still require fossil-fuel-based power or high-capacity grid connectivity.14
Strategic Challenges and Future Outlook
The outlook for the steel re-rolling industry in Bangladesh for the 2025-2026 period is one of "cautious optimism" amidst global and domestic headwinds.14
Global and Domestic Hurdles
Geopolitical Tensions: The Russia-Ukraine war and potential trade-war-induced tariffs (e.g., 25% U.S. tariffs on steel and aluminum) could disrupt global scrap supplies and alter trade flows.1
Macro-Policy Uncertainty: High inflation (projected to decline but remaining elevated at 8.42% for FY 2025-26) and tighter monetary policies will continue to limit the purchasing power of private consumers and increase financing costs for manufacturers.14
Infrastructure Gaps: While economic zones are a step forward, the delays in port facilities like Matarbari and the congestion at Chattogram remain significant bottlenecks for a sector that lives and dies by its logistics efficiency.8
The Roadmap to 13 Million Tons
Despite these challenges, the fundamental drivers of steel demand in Bangladesh—urbanization, industrialization, and infrastructure—remain intact. The World Steel Association projects a modest recovery in global steel demand of 1.3% in 2026, with developing economies like India and Bangladesh leading the growth.14 By 2027, the annual demand in Bangladesh is projected to hit 10.6 million tons, necessitating a total production capacity of at least 13 million metric tons.5
To achieve this, the industry must focus on three strategic pillars:
Backward Integration: Moving beyond re-rolling to full-scale steelmaking via EAF technology to control quality and reduce billet import costs.4
Product Diversification: Investing in the "flat steel" gap, particularly hot-rolling for automotive and shipbuilding grades.4
Sustainable Competitiveness: Adopting green manufacturing practices to future-proof the industry against global carbon taxes and energy price volatility.14
In conclusion, the large-scale steel re-rolling industry in Bangladesh is no longer just a "support" sector for construction; it has become a sophisticated, integrated, and globalized industry that is central to the nation's economic identity. The successful implementation of new mega-projects in economic zones will define whether the sector can achieve the 100 kg per capita consumption benchmark and lead the nation into its next phase of industrial maturity.
Works cited
THE STEEL INDUSTRY OF BANGLADESH: CONSTRUCTING A COMPACT FOUNDATION OF GROWTH AMIDST ECONOMIC INSTABILITY - IDLC, accessed March 3, 2026, https://idlc.com/mbr/images/public/2fdDh7DVanCKDSPjMhvjxq.pdf
Bangladesh National Industrial Policy 2022 | PDF | Small And ..., accessed March 3, 2026, https://www.scribd.com/document/786257440/National-Industrial-Policy-2022
Steel and Re-Rolling Industry: An Overview - Emerging Credit ..., accessed March 3, 2026, https://emergingrating.com/wp-content/uploads/2022/12/Steel-and-Re-Rolling-Industry_-An-Overview-V1.pdf
Construction Material - BIDA, accessed March 3, 2026, https://www.boi.gov.bd/construction-material
Steel consumption to increase 25% by 2027: study - SEAISI, accessed March 3, 2026, https://www.seaisi.org/details/24692?type=news-rooms
Construction Material Industry, accessed March 3, 2026, https://cdn.prod.website-files.com/6820331d027084bef793fadb/68bd4387d95f81619ae72b7a_Construction%20Material%20Industry.pdf
Steel Insdustry in Bangladesh | PRITI Research and Consultancy Limited, accessed March 3, 2026, https://pritiresearch.com.bd/steel-industry-in-bangladesh/
Infrastructure projects will spark steel boom in Bangladesh, BSRM's Sengupta says, accessed March 3, 2026, https://www.fastmarkets.com/insights/infrastructure-projects-will-spark-steel-boom-in-bangladesh/
Bangladesh steel prices could rise amid tax hikes - SEAISI, accessed March 3, 2026, https://www.seaisi.org/details/26739?type=news-rooms
Steel, rod to get costlier as govt mulls tax hike | The Business Standard, accessed March 3, 2026, https://www.tbsnews.net/bangladesh/steel-rod-get-costlier-govt-mulls-tax-hike-1155166
INTEGRATED - BSRM, accessed March 3, 2026, https://bsrm.com/wp-content/uploads/2024/02/Annual-Report-BSRM-LTD-2022-23.pdf
Project Profile of Steel Re-Rolling Mill in Bangladesh, accessed March 3, 2026, https://ppb.cbecl.com/project-profile-of-steel-re-rolling-mill-in-bangladesh/
Challenges of Planning with Large Share of Heavy Steel Industry ..., accessed March 3, 2026, https://www.ajer.org/papers/Vol-9-issue-10/D09103237.pdf
Directors' Report | BSRM, accessed March 3, 2026, https://bsrm.com/wp-content/uploads/2025/12/BSRMSTEEL-DIRECTORS-REPORT-2024-25.pdf
Beza to engage int'l developer for 'Green Factory Hub' at Special Economic Zone in Mirsarai, accessed March 3, 2026, https://investbangladesh.co/news/green-factory-hub-mirsarai/
About BMSIL - Bashundhara Multi Steel Industries Ltd, accessed March 3, 2026, https://bmsil.com/about-bmsil/
Bashundhara's ambitious steel plant set for production by mid-2026, accessed March 3, 2026, https://www.tbsnews.net/bangladesh/bashundharas-ambitious-steel-plant-set-production-mid-2026-1090456
Bangladesh steel industry faces challenges - SteelRadar, accessed March 3, 2026, https://www.steelradar.com/en/haber/bangladesh-steel-industry-faces-challenges/
Comilla Economic Zone - mgi.org, accessed March 3, 2026, https://www.mgi.org/businessverticals/cez
Cumilla EZ looks to have $2b investments | The Business Standard, accessed March 3, 2026, https://www.tbsnews.net/bangladesh/infrastructure/cumilla-ez-looks-have-2b-investments-393774
(PDF) Electric Arc Furnace as Sustainable Technology towards the Steel Manufacturing Industry - ResearchGate, accessed March 3, 2026, https://www.researchgate.net/publication/394367077_Electric_Arc_Furnace_as_Sustainable_Technology_towards_the_Steel_Manufacturing_Industry
Lec 15 | PDF | Metals | Materials - Scribd, accessed March 3, 2026, https://www.scribd.com/document/893636909/lec15
Determination of Cleaner Production Options in the Iron and Steel Industry: Case Study for an Induction Furnace Plant - Bilecik Demir Çelik, accessed March 3, 2026, https://www.bilecikdemircelik.com.tr/wp-content/uploads/2021/02/Determination-of-Cleaner-Production-Options-in-the-Iron-and-Steel-Inductry-case-study-for-an-Induction-Furnace-Plant.pdf
Induction vs. Electric Arc Furnace: Steelmaking - SME Group, accessed March 3, 2026, https://www.sme-group.com/blog/comparison-of-induction-furnace-and-electric-arc-furnace-in-steelmaking
Meghna Re-Rolling & Steel Mills Limited - Disclosure, accessed March 3, 2026, https://disclosures.ifc.org/project-detail/ESRS/48468/meghna-re-rolling-steel-mills-limited
Enviroment Conservation Rules 2023 - en | PDF | Environmental Impact Assessment, accessed March 3, 2026, https://www.scribd.com/document/710795071/Enviroment-Conservation-Rules-2023-En
Environmental Clearance in Bangladesh Under the New 2023 Rules - LegalSeba, accessed March 3, 2026, https://legalseba.com/bd-services/environmental-clearance-in-bangladesh-under-the-new-2023-rules/
Environmental Impact Assessment (EIA) Approval System in ..., accessed March 3, 2026, https://article.sciencepublishinggroup.com/pdf/j.ajep.20251406.16
Framework for Industrial Safety in Bangladesh: Institutional Issues - International Labour Organization, accessed March 3, 2026, https://www.ilo.org/media/393341/download
Occupational safety practice among metal workers in Bangladesh: a community-level study, accessed March 3, 2026, https://pmc.ncbi.nlm.nih.gov/articles/PMC9745989/
Beza to engage int'l developer for 'Green Factory Hub' at Special Economic Zone in Mirsarai, accessed March 3, 2026, https://www.tbsnews.net/economy/beza-engage-intl-developer-green-factory-hub-special-economic-zone-mirsarai-1126976
Making non-fired brick using induction furnace and electric arc furnace steel slag| Abstract, accessed March 3, 2026, https://www.alliedacademies.org/proceedings/making-nonfired-brick-using-induction-furnace-and-electric-arc-furnace-steel-slag-4068.html
a quarterly newsletter of bangladesh investment development authority (bida) - MOFA, accessed March 3, 2026, https://file.mofa.gov.bd/uploads/86b1716f-09b5-47ce-bba6-ca6da93ca7d8//675/732/8ce/6757328ce3eab415613299.pdf
Meghna Industrial Economic Zone - mgi.org, accessed March 3, 2026, https://www.mgi.org/businessverticals/miez
Directors' Report - BSRM, accessed March 3, 2026, https://bsrm.com/wp-content/uploads/2025/12/BSRMLTD-DIRECTORS-REPORT-2024-25.pdf
Global Metals and Steel Industry Trends 2025/2026 - Atradius, accessed March 3, 2026, https://group.atradius.com/knowledge-and-research/reports/global-metals-and-steel-industry-trends-2025-2026
KPMG Bangladesh Investment Guide 2025, accessed March 3, 2026, https://assets.kpmg.com/content/dam/kpmg/bd/pdf/-investment-guide/KPMG_Bangladesh_Investment_Guide_2025.pdf
Bashundhara Multisteel and SMS group sign a contract for an integrated CSP ® plant to produce Hot Rolled Coils (HRC), accessed March 3, 2026, https://www.sms-group.com/press-and-media/press-releases/press-release-detail/bashundhara-multisteel-and-sms-group-sign-a-contract-for-an-integrated-cspr-plant-to-produce-hot-rolled-coils-hrc