Sustainability
We support the transition to more sustainable manufacturing by supplying aluminium materials produced with carbon intensity levels as low as approximately 4 tCO₂ per tonne of aluminium.
Low-Carbon Aluminium for Advanced Industries
Our capabilities help industries such as automotive, aerospace, construction, and engineering reduce the environmental impact of their supply chains while maintaining the highest technical performance.
Sustainability is integrated into OZBROS’ production processes through advanced automation and environmental control systems.
Key environmental features include:
- Intelligent waste recovery and recycling systems
- Pollution control capabilities
- Chrome-free pretreatment applications
- RoHS compliance
- QUALANOD® certified anodising facility
- QUALICOAT® certified powder coating systems
- 1000-hour salt spray test compliance
- Fully automated MES and SAP traceability
Our annual anodising production capacity of 40,000 tonnes operates in line with key European environmental standards.
By integrating advanced casting technologies, hot-top air-slip casting systems and fully automated process control, OZBROS ensures high-purity aluminium production with responsible manufacturing practices.
Sustainable Aluminium Manufacturing
Low-Carbon Aluminium for Advanced Industries
such as automotive, aerospace, construction, and infrastructure increasingly demand materials with lower environmental impact and verified carbon transparency.
Our manufacturing capabilities are designed to support this transition. Through advanced process optimisation, responsible material sourcing, and energy efficiency programmes, we are able to supply low-carbon aluminium materials with carbon intensity levels as low as approximately 4 tCO₂ per tonne of aluminium.
This capability allows our customers to reduce the embedded carbon footprint of their products while meeting the growing environmental expectations of global markets.
Sustainability in Production
Responsible Manufacturing Capabilities
Our sustainability approach focuses on improving environmental performance throughout the entire manufacturing process.
Key initiatives include:
- Increasing the use of recycled aluminium materials
- Continuous energy efficiency improvements in production
- Integration of renewable energy sources
- Optimisation of manufacturing processes to reduce emissions
By combining these practices, we continuously improve the environmental performance of our aluminium production operations while maintaining high quality and technical reliability.
Environmental Transparency
Life-Cycle Assessment and Product Declarations
Environmental transparency is essential for industries working toward sustainability targets.
Our aluminium materials are supported by Life Cycle Assessment (LCA) studies and Environmental Product Declarations (EPD), which provide verified information on the environmental impact of materials across the entire production lifecycle.
These tools enable our customers to:
- Evaluate product carbon footprint
- Support sustainable construction certifications
- Improve ESG and sustainability reporting
- Ensure compliance with environmental regulations
Supporting Low-Carbon Supply Chains
Meeting Future Industry Requirements
Regulations and sustainability standards are rapidly evolving across global markets. In particular, policies such as the Carbon Border Adjustment Mechanism (CBAM) are increasing the importance of carbon transparency in industrial supply chains.
By focusing on low-carbon aluminium production and transparent environmental reporting, we support companies that are preparing for these new regulatory and sustainability frameworks.
Our approach enables customers in automotive, aerospace, construction, transportation, and engineering sectors to build more sustainable products and infrastructure.
Long-Term Sustainability Vision
Our long-term sustainability roadmap focuses on reducing environmental impact while supporting industrial growth.
This includes:
- Continuous reduction of greenhouse gas emissions
- Increasing recycled material utilisation
- Expanding renewable energy use
- Advancing energy-efficient manufacturing technologies
Through these initiatives, we aim to contribute to the development of sustainable industrial materials for the next generation of infrastructure and transportation systems.
