JSW Challenge 2023

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1. About the Case Competition

The JSW Challenge 2023 is one of India’s most prestigious corporate case competitions, hosted by JSW Group , a conglomerate with significant stakes in steel, energy, and infrastructure. The competition tasks participants with solving real strategic problems faced by JSW’s core businesses. This deck represents the National Winner entry from the Indian Institute of Management Lucknow, making it among the highest-ranked submissions across all participating B-schools in the country.

2. Problem Statement Overview

JSW Steel, India’s largest steel producer with a crude steel capacity of 27.7 MTPA, faces an accelerating decarbonization imperative. India’s steel sector contributes 10% of global CO2 emissions from steel production, with JSW emitting 2.55 tonnes of CO2 per tonne of steel, above the global benchmark of 1.85 tonnes. The EU’s Carbon Border Adjustment Mechanism (CBAM), introduced in May 2023, threatens to make Indian steel exports uncompetitive, with projected profit erosion of $60-165 per metric tonne between 2026 and 2034. Simultaneously, metallurgical coke, which accounts for roughly 20% of total steelmaking costs, faces import dependency and supply chain volatility. The challenge: design a credible, technology-backed strategy to decarbonize operations while staying commercially viable.

3. What This Winning Deck Covers

The deck opens with a tight diagnosis of JSW’s emissions challenge, mapping Scope 1, 2, and 3 emissions across the full value chain, from raw material sourcing through integrated plant operations to end customers. The team quantifies the CBAM threat with precision and frames the strategic imperative around three interdependent levers: a real-time sustainability dashboard, green hydrogen-powered steelmaking, and GenAI integration across operations.

The centrepiece recommendation is an IoT-Cloud-GenAI powered Sustainability Dashboard that standardises emission data collection, automates compliance reporting for bodies like the State Pollution Control Board, and creates a carbon credit marketplace by onboarding external carbon-positive NGOs and scrap aggregators. The dashboard tracks scrap-to-iron-ore ratios, CCUS progress, and day-wise emissions at the plant level, with GenAI surfacing actionable recommendations in real time. These digital transformation and ESG strategy frameworks are explored in depth in Nautica 2026 – MDI Gurgaon.

The green hydrogen module is the deck’s most technically ambitious section. The team models a full DRI + EAF steelmaking process powered by renewable energy, leveraging India’s solar LCOE of $0.037/kWh, the lowest globally. A 16.7 GW solar installation phased over 5-6 years could theoretically decarbonise JSW’s entire 27.7 MTPA capacity, with a by-product loop that converts electrolysis-derived O2 into medical-grade oxygen for township hospitals. The deck honestly acknowledges limitations: high input costs, water scarcity (1 kg H2 requires 9 kg H2O), and infrastructure transition timelines. This clean energy and industrial sustainability thinking is also central to the strategy in Industry Odyssey – IIM Udaipur.

The third pillar is GenAI integration across demand forecasting, process quality control, and workforce enablement. A “KaushalGyan” assistant provides 24×7 support to plant workers, while a structured change management framework, the “Saarthi team” model, addresses workforce resistance through cross-training, sequential plant rollout, and on-ground assistance for the first three months post-implementation.

Key Takeaways:

  • Scope 1/2/3 emissions mapping is essential before any decarbonisation strategy can be credibly designed
  • A carbon credit marketplace embedded inside an operational dashboard is both a compliance tool and a revenue lever
  • Green hydrogen viability in Indian steel depends on solar cost advantages, the economics are modelled, not assumed
  • GenAI in heavy industry needs a workforce transition framework, not just a technology rollout plan
  • Phased implementation (pilot plant → scale) with feedback loops is the only realistic path for industrial transformation at this scale

4. The Numbers

India’s steel sector produces 2.55 tonnes of CO2 per tonne of steel domestically against a global benchmark of 1.85 tonnes. CBAM will erode profits by $60–165/MT between 2026 and 2034. Decarbonising JSW’s 27.7 MTPA capacity requires 16.7 GW of solar power; a 10 GW plant generates 36,500 GWh annually, producing 0.83 MT of hydrogen to make 16.6 MT of crude steel. Green hydrogen can reduce steel-sector GHG emissions by up to 95% per McKinsey.

5. Who Should Study This Deck

This deck is essential reading for MBA students targeting consulting, sustainability, or industrial strategy roles, particularly those preparing for corporate case competitions hosted by conglomerates or manufacturing firms. Operations and strategy aspirants will find the three-pillar framework (dashboard + green hydrogen + GenAI) highly replicable. Students from IIMs, IITs, and top B-schools competing in ESG or technology-focused case rounds will gain both a structural template and sector-specific depth. For more such national-winning decks with rigorous frameworks and real data, explore the full library at CaseBuzz.

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