Alleima AB (publ)

Climate Impact & Sustainability Data (2023)

Total Carbon Emissions:96000 tCO2e/year

Scope 1 Emissions:86000 tCO2e/year

Scope 2 Emissions:61000 tCO2e/year (location based), 10000 tCO2e/year (market based)

Renewable Energy Share:66%

Total Energy Consumption:1036 GWh/year

Waste Generated:112000 tons/year

Carbon Intensity:0.49 ton CO2/ton steel (2023)

Reduced CO₂ emissions by 10% during the year and 35% since 2019, reaching 96 ktons.
80% recycled steel in finished products.
More than 96% fossil-free electricity used in plants.
Initiatives to reduce water consumption.
74% waste circularity (excluding slag).

Launched Alleima Colleague Engagement Survey (ACES) to measure employee satisfaction.
Increased the percentage of women in managerial positions to 23.3% (from 22.7%).
Launched an ambassador program for diversity and inclusion.
Reduced TRIFR injury rate to 6.8 (from 7.6).

Implemented the Speak-Up system for reporting suspected breaches of the Code of Conduct.
Compliance program encompassing six main areas: whistle-blowing, anti-bribery, competition law, trade compliance, customs, and data privacy.
All Alleima employees undergo training in the company's Code of Conduct.

Long-term Goals:

Medium-term Goals:

Reduce Scope 1 and 2 CO₂ emissions by more than 50% by 2030, compared with 2019.
83% circularity in steel produced by 2030.
76% circularity in waste generated by 2030.
One-third of management to be women by 2030.

Short-term Goals:

Reduced share of secondary material driven by a changed product mix.
Challenges in sourcing recycled steel appropriate for producing specialized materials with higher contents of elements such as nickel and molybdenum.
Slag from steel manufacturing represents the single largest environmental impact.
Risk of claims in relation to contaminations from past operations with less stringent environmental requirements.

Engaging with customers to enable the buy-back of materials.
Exploring opportunities, testing, and implementing projects to bring slag into circular waste streams.
Partnerships with external parties to transform slag into usable material and repurpose magnesite-based tundish lining material.
Ongoing efforts to identify potential alternatives to depositing slag.
Corrective actions prompted to comply with guideline values in environmental permits.

Frameworks Used: GRI Standards

Certifications: ISO 45001, ISO 14001

Third-party Assurance: PricewaterhouseCoopers AB

Products enabling the transition to renewable energy sources, electrification of industries, and innovations in the medical sector.
Freeflex™ compressor valve steel