"Reducing Our Footprint: Empowering the Steel Industry to Go Green”

Our Sustainability Pillars
Environmental Stewardship
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Energy Efficiency:
Implementing energy-saving technologies across our operations. -
Waste Management:
Reducing waste generation and ensuring proper recycling and disposal of industrial waste. -
Water Conservation:
Adopting water-saving techniques and maintaining responsible water usage in our manufacturing processes. -
Renewable Energy Initiatives:
Incorporating solar and wind energy to reduce dependency on non-renewable energy sources.
Community Engagement
- Ribbed Design : Unlike smooth bars, TMT rebar features strategic ribs that interlock with the concrete, creating a powerful mechanical grip. This prevents slippage and ensures effective stress transfer.
- Chemical Adhesion : The alkaline nature of concrete triggers a chemical reaction with the steel in the TMT rebar, forming a microscopic bond that further strengthens the connection.
- Meticulous Placement and Coverage : Precise positioning and adequate concrete cover ensure the rebar is fully encased, protecting it from corrosion and maximizing its load-bearing capacity.
Responsible Manufacturing
- Ribbed Design : Unlike smooth bars, TMT rebar features strategic ribs that interlock with the concrete, creating a powerful mechanical grip. This prevents slippage and ensures effective stress transfer.
- Chemical Adhesion : The alkaline nature of concrete triggers a chemical reaction with the steel in the TMT rebar, forming a microscopic bond that further strengthens the connection.
- Meticulous Placement and Coverage : Precise positioning and adequate concrete cover ensure the rebar is fully encased, protecting it from corrosion and maximizing its load-bearing capacity.
Health & Safety
- Ribbed Design : Unlike smooth bars, TMT rebar features strategic ribs that interlock with the concrete, creating a powerful mechanical grip. This prevents slippage and ensures effective stress transfer.
- Chemical Adhesion : The alkaline nature of concrete triggers a chemical reaction with the steel in the TMT rebar, forming a microscopic bond that further strengthens the connection.
- Meticulous Placement and Coverage : Precise positioning and adequate concrete cover ensure the rebar is fully encased, protecting it from corrosion and maximizing its load-bearing capacity.

Future sustainability goals for Gallantt
Scrap-Based EAF Production
We aim to transition to scrap-based Electric Arc Furnace (EAF) production, which will significantly lower emissions.
Green Hydrogen and Carbon Capture
We plan to deploy key decarbonization enablers, such as hydrogen-based steelmaking and carbon capture technologies.
Increase Recycled Steel
By 2030, we plan to increase the share of recycled steel in production to 50%.

Carbon Emissions Reduction
Investments in carbon capture technologies are projected to reduce CO₂ emissions by 30% by 2030.
Water Conservation
We aim to cut freshwater consumption by 25% through advanced water recycling technologies.
Our Commitments
- Achieve net-zero emissions by 2040.
- Use 50% renewable energy in all operations by 2030.
- Reduce water consumption by 40% by 2027.
- Engage in impactful community-driven CSR activities.

Gallery
Event graciously led by our CMO, Mr. Prakhar Agrawal, as we celebrated the strength of our valued partnerships.
Gallantt Auditorium at Mahayogi Gorakhnath University was inaugurated by Hon'ble President Droupadi Murmu, marking a milestone in educational infrastructure.
Gallantt Auditorium at Mahayogi Gorakhnath University was inaugurated by Hon'ble President Droupadi Murmu, marking a milestone in educational infrastructure.