ISO launches draft global net zero standard (ISO 14060) for consultation
The International Organization for Standardization (ISO) has released a draft net zero standard, expected to be codified as ISO 14060, and opened a 12-week public consultation. The standard aims to establish consistent definitions and guidance for net zero transition planning across both private and public sector organizations in more than 170 countries.
Early commentary highlights that the draft takes a practical approach to transition planning. Organizations would be expected to develop credible net zero roadmaps, including: (i) clear strategic justification, (ii) mechanisms for tracking progress, and (iii) transparency on the role and use of carbon credits. The framework also reportedly incorporates a more proportionate structure for smaller entities, lowering the implementation burden while retaining core requirements.
Initial reactions from advisors, captured in coverage by Trellis and Sustainable Views, focus on the value of globally harmonized definitions and the potential for the standard to support comparability across jurisdictions. At the same time, stakeholders are likely to scrutinize how the draft aligns with existing voluntary frameworks and regulatory expectations, particularly as transition planning becomes an area of growing policy focus.
Separately, ISO recently published a dedicated net zero transition planning standard for financial institutions, reflecting the sector-specific complexity of decarbonization pathways. Further details are available in this ESG Today summary.
Why this relevant for Beyond the Balance Sheet stakeholders:
The draft ISO 14060 standard signals continued momentum toward globally consistent expectations on transition planning. For companies operating across multiple jurisdictions, it may help bridge fragmentation by providing a common reference point—particularly relevant for those aligning internal strategies with ISSB, emerging regulatory requirements, and investor expectations on credible net zero pathways.