PRNewswire
Mumbai (Maharashtra) [India], June 5: As the global manufacturing industry confronts the realities of climate change, decarbonisation is no longer merely an environmental aspiration; it has become a strategic, commercial, and moral imperative. Across the steel industry, which contributes nearly 7-9% of global carbon emissions, the pressure to transition towards low-carbon manufacturing has intensified due to evolving regulations, investor expectations, customer preferences and carbon-linked trade mechanisms such as the European Union's Carbon Border Adjustment Mechanism.
At Viraj Profiles, sustainability is not viewed as a separate initiative. It is increasingly embedded into the way they melt, manufacture, consume energy, optimize resources, and design the future of their operations.
Their decarbonisation story is rooted in a simple but powerful philosophy:
The cleanest metal is the one that is recycled, remelted responsibly and produced with maximum efficiency and minimum waste.
Stainless Steel: The Permanent Material of the Circular Economy
Unlike many materials that degrade after repeated use, stainless steel is infinitely recyclable without loss of properties. This makes stainless steel one of the world's most sustainable engineering materials and a natural fit for the circular economy.
Viraj's manufacturing model is fundamentally aligned with this philosophy. Approximately 95% of their metallic input is derived from recycled stainless-steel scrap. This significantly reduces dependence on virgin raw materials and substantially lowers embedded carbon emissions compared to conventional blast furnace-based steelmaking routes.
Every ton of recycled stainless steel used in production reduces:
- Mining intensity
- Land degradation
- Energy consumption
- Dependence on coking coal
- Overall greenhouse gas emissions
Viraj's Induction furnace based melting route is based on scrap recycling and is increasingly being recognized as one of the most practical pathways toward green steel production.
At Viraj, this circular approach is the foundation of their business model.
Alignment with India's National Steel Vision
India's National Steel Policy 2017 envisioned a globally competitive steel sector driven by technological modernization, resource efficiency, sustainability and enhanced domestic value addition. The policy specifically emphasized:
- Energy efficiency
- Scrap utilization
- Reduction in emissions intensity
- Modernization of steel manufacturing
- Development of value-added steel products
- Global competitiveness of Indian steel companies
Viraj's stainless-steel ecosystem aligns strongly with these national objectives.
As India now moves toward the next phase of steel sector transformation, including discussions around Green Steel Taxonomy, carbon trading frameworks and the proposed new National Steel Policy; the importance of low-carbon manufacturing routes is becoming even more pronounced.
The Ministry of Steel has already introduced a framework defining 'green steel' based on carbon intensity thresholds. Simultaneously, India is preparing itself for a future where carbon efficiency will influence:
- Export competitiveness
- Access to premium markets
- Customer approvals
- Public procurement policies
- Investor confidence
Viraj recognizes that sustainability is no longer limited to ESG issues; it is now an integral part of business continuity and competitiveness conversation.
Preparing for the CBAM Era
The European Union's CBAM mechanism has fundamentally altered the global conversation around industrial emissions. Carbon intensity is gradually becoming a tradable and measurable commercial parameter.
For exporters serving advanced economies, decarbonisation is transitioning from a reputational advantage to a market access requirement. Studies indicate that Indian steel exporters could face substantial cost implications under CBAM if emissions intensity remains high.
Viraj's stainless steel production route offers certain inherent advantages in this evolving landscape:
- High recycled content
- Lower dependence on coking coal
- Significant use of scrap-based melting
- Increasing renewable energy integration
- Continuous focus on energy efficiency improvements
While the global decarbonisation journey is still evolving, Viraj believes early adaptation and continuous improvement will be critical differentiators in the years ahead.
Renewable Energy: Transitioning Toward Cleaner Power
Energy transition forms a central pillar of Viraj's decarbonisation strategy.
The company has already installed approximately 130 MW DC of solar power capacity which is 40% and is actively expanding its renewable energy portfolio through additional solar and wind power projects. With planned additions of nearly 30 MW solar and 50 MW wind capacity after this renewable energy contribution is expected to rise significantly up to 70% in the coming years.
This transition is important because electricity constitutes a major component of emissions in scrap-based melting operations. By progressively replacing conventional grid electricity with renewable power, Viraj aims to further reduce the carbon footprint of its manufacturing operations.
The renewable energy transition also supports:
- Long-term energy security
- Reduction in fossil fuel dependency
- Stable energy costs
- Lower Scope 2 emissions
- Alignment with emerging global customer expectations
Globally, renewable power procurement is increasingly becoming one of the most important levers for steel sector decarbonisation.
Energy Efficiency : Every Unit Saved is Carbon Avoided
Decarbonisation is not achieved only through large investments. Often, the biggest impact comes from disciplined operational improvements across thousands of smaller activities.
At Viraj, continuous efforts are underway to improve energy productivity through:
- Detailed energy audits
- Process optimization
- Furnace efficiency improvements
- Waste heat utilization initiatives
- Reduction in idle running losses
- Equipment modernization
- Improved process synchronization
- Better thermal management
- Digitization and monitoring systems
The company increasingly recognizes that energy efficiency and operational discipline are deeply interconnected.
Higher productivity, stable operations and reduced process variability not only improve quality and throughput -- they also lower energy consumption per ton of finished product.
This creates a virtuous cycle where:
- Better systems improve productivity
- Better productivity improves energy intensity
- Lower energy intensity reduces emissions
- Reduced emissions strengthen competitiveness
- Productivity as a Sustainability Lever
In industrial manufacturing, sustainability is not merely about installing renewable energy or purchasing carbon credits.
True sustainability is achieved when an organization produces more output with lower resource intensity.
Viraj's focus on productivity improvement is therefore also a sustainability initiative.
Efforts across operations increasingly focus on:
- Yield improvement
- Reduction in rejections and rework
- Process consistency
- Improved equipment uptime
- Better production planning
- Reduction in material movement losses
- Scientific process controls
- Lower specific energy consumption
- Enhanced recovery and recycling practices
Every avoided rejection saves:
- Melting energy
- Rolling energy
- Finishing energy
- Manpower
- Consumables
- Logistics-related emissions
In this sense, operational excellence itself becomes a decarbonisation strategy.
Beyond Compliance: Building a Responsible Manufacturing Culture
The steel industry's future will not be determined solely by production capacity. It will increasingly be determined by:
- Carbon intensity
- Traceability
- Process discipline
- Resource efficiency
- Sustainability transparency
- Responsible sourcing
- Long-term environmental stewardship
Viraj understands that the transition toward low-carbon manufacturing is not a one-time project but a long-term organizational transformation.
This journey requires:
- Technological adaptation
- Cultural evolution
- Data-driven decision making
- Investment in cleaner infrastructure
- Employee awareness
- Supplier engagement
- Customer collaboration
The transition also demands patience and consistency.
The Road Ahead
India is poised to become one of the world's largest steel producers while simultaneously pursuing ambitious climate commitments. This dual challenge presents a historic opportunity for Indian steelmakers to lead the next generation of sustainable industrial growth.
Viraj believes that the future belongs to manufacturers who can combine:
- Scale with sustainability
- Productivity with responsibility
- Growth with environmental consciousness
- Global competitiveness with circular manufacturing principles
Their decarbonisation journey is still evolving. There remains significant work ahead in areas such as:
- Further renewable energy integration
- Carbon measurement and reporting
- Advanced process optimization
- Green logistics
- Resource recovery
- Sustainable product development
However, the direction is clear.
As they celebrate World Environment Day, Viraj reaffirms its commitment toward building a cleaner, efficient, and circular stainless-steel ecosystem, one that contributes not only to industrial growth, but also to a more sustainable future for generations to come.
Because sustainability is not merely about reducing emissions, it is about responsibly shaping the future of manufacturing itself.
About Viraj Profiles
Viraj Profiles is a leading stainless steel manufacturer, known for its diversified product portfolio and cutting-edge manufacturing technologies. With a global footprint in over 90 countries, across 6 continents, the company is a hallmark of quality, innovation, and sustainability in the stainless steel industry. Committed to excellence, Viraj Profiles continues to invest in its workforce and operations to drive long-term value creation.
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