Environmental Impact Dashboard
Real-time metrics showcasing our environmental performance and positive impact on the planet
Sustainability
Energy Saved
Equivalent to powering 2,847 homes for one month
CO₂ Reduced
Same as planting 178,680 trees
Waste Processed
Aluminum cans, foil, and industrial scrap recycled
Water Conserved
95% less water than primary aluminum production
Interactive Aluminum Lifecycle
Aluminium begins as scrap collected from industries and consumers.It is remelted and refined into high-purity billets and alloys.These are shaped into extrusions and products for construction, energy, and automotive use.At the end of their life, products return to the cycle infinitely recyclable, forever valuable.
Proven by Action, Not Promise
Our commitment to sustainability isn't just words—it's backed by concrete investments and measurable results in green technology and infrastructure
Pollution Control Systems
State-of-the-art air filtration and scrubbing technologies maintain emissions well below regulatory limits, protecting worker health and community air quality.
Natural Gas Usage
Transitioning to natural gas in our melting furnaces has reduced particulate emissions by 60% and improved air quality in surrounding communities
Effluent Treatment Plants
Advanced water treatment systems ensure 100% wastewater recycling, with zero discharge to local water bodies and complete compliance with environmental standards.
Rooftop Solar Projects
Our 2.5 MW rooftop solar installation generates clean energy, reducing grid dependency by 35% and cutting carbon emissions by 1,800 tons annually
The Environmental Difference
Secondary aluminium recycling dramatically reduces environmental impact compared to primary producti
Primary Aluminium
Energy Consumption
15,000 kWh/ton
Mining Impact
4 tons bauxite
Secondary Aluminium
Energy Consumption
750 kWh/ton
CO₂ Emissions
0.6 tons/ton
One Can, Infinite Impact
Secondary aluminium recycling dramatically reduces environmental impact compared to primary producti
Sustainability
Remelting & Refining Operations
We source and prepare aluminium scrap responsibly, ensuring a clean and steady supply for remelting.
01
Furnace Specifications & Capacity
High-capacity furnaces optimized for sustainable production.
02
Refining & Quality Contro
Multi-stage refining ensures consistency and removal of impurities.
03
Product Alloy Capabilities
Standard and custom alloys to meet industry demands.
04
Dedicated UBC Processing
Specialized lines for used beverage cans.
05
Responsible Partnerships
Transparent sourcing with trusted suppliers.
06
Energy Efficiency Measures
Heat recovery and emission controls for reduced footprint
Our Aluminium Process
From scrap to superior products—our complete circular economy workflow
Collection
Remelting
Billet Production
Alloy Creation
Extrusion
Packaging
Green Technology Investments
Strategic investments in cutting-edge technologies that drive our transition to a sustainable energy future.
Renewable Energy
Comprehensive solar and wind energy systems powering our facilities with 100% clean electricity.
Natural Gas Innovation
Advanced natural gas processing technologies that reduce emissions by 40% while increasing energy efficiency.
Green Tech R&D
Research and development of breakthrough technologies for carbon capture, energy storage, and material innovation
Circular Economy
Primary Aluminum Lifecycle
01
Bauxite Mining
Strip mining, habitat destruction, soil erosion
02
Alumina Refining
High caustic soda use, red mud waste generation
03
Aluminum Smelting
Massive electricity consumption, fluoride emissions
04
Product Manufacturing
Additional energy and chemical processing
Circular Economy
Secondary Aluminum Lifecycle
01
Waste Collection
Efficient transportation, no environmental damage
02
Smart Sorting
AI-powered separation, minimal waste
03
Clean Melting
Energy-efficient process, controlled emissions
04
Quality Products
Same quality as primary, 95% less impact
Carbon Footprint Comparison
Primary vs Secondary Aluminum Production Environmental Impact
Primary Aluminum Production
Energy Consumption
15,000 kWh/ton
CO₂ Emissions
12 tons CO₂/ton
Secondary Aluminum (Our Process)
Energy Consumption
2.8 MWh/ton
CO₂ Emissions
0.6 tons CO₂/ton
