INNIO Group
Climate Impact & Sustainability Data (2024)
Reporting Period: 2024
Environmental Metrics
ESG Focus Areas
- Low Carbon & Circular Products
- Resilient Supply Chain & Manufacturing
- Responsible Operations & Social Responsibility
Environmental Achievements
- All new Jenbacher engines are “Ready for H2”. Engines can be offered with the option to operate with up to 25% (vol) H2 in the pipeline gas. All Type 4 engines are available for 100% H2 operations.
- From 2025 onwards INNIO’s entire Jenbacher product line is expected to be rolled out for 100% hydrogen operation. Fleet upgrades are available to transform most already installed engines into a 100% hydrogen engine on site.
Social Achievements
- Zero serious injuries for all employees and contractors.
- Continuous engagement and social support to communities.
- 25% increase of identified diversity groups across functions compared to 2020 baseline. Maintain high employee engagement of > 85%.
Governance Achievements
- All of INNIO’s goals are underpinned by good governance, business ethics, and transparency.
Climate Goals & Targets
Long-term Goals:
- All Jenbacher products will be available with a 90% reduction in methane emissions compared to today’s regulatory limits (44. BlmschV). Suppliers covering 80% of direct and indirect spend to commit to net zero by 2050.
Medium-term Goals:
- 50% reduction in Scope 1 and Scope 2 GHG emissions (vs. 2020 base) fully implemented. Further develop people leadership diversity.
Short-term Goals:
- Suppliers covering 80% of spend to perform a reputable ESG rating—by 2023 direct suppliers, by 2025 indirect suppliers
Supply Chain Management
Responsible Procurement
- ESG Supply Chain Policy
Climate-Related Risks & Opportunities
Reporting Standards
Frameworks Used: GRI, SASB
UN Sustainable Development Goals
- UN SDGs
INNIO formally supports and aligns INNIO’s strategy and operations with the 10 universal principles of the United Nations Global Compact (UNGC)
Sustainable Products & Innovation
- Jenbacher engines ready for H2 operation