"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
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.
Gallantt Auditorium at Mahayogi Gorakhnath University was inaugurated by Hon'ble President Droupadi Murmu, marking a milestone in educational infrastructure.