Nachhaltigkeit von Wasserstoff im H2Global-Mechanismus

The study evaluates the H2Global mechanism, specifically the BMWK pilot auction, finding that while some EU-aligned standards for renewable energy are present, the mechanism lacks universal minimum sustainability standards. It identifies gaps in protecting local water and land resources from competing uses and notes that local value creation measures are insufficient to ensure sustainable economic benefits for producer countries.

• The H2Global mechanism does not establish universal minimum standards for tenders, making the sustainability ambition of future auctions dependent on individual funders. This creates potential fluctuations in the mechanism's impact on global climate goals and sustainable development.
• The BMWK pilot auction aligns with EU regulations on additionality, temporal, and geographical correlation for renewable electricity to prevent overloading existing infrastructure. However, it fails to incentivize projects that share surplus electricity to improve local energy access or domestic decarbonization.
• While the BMWK pilot auction prohibits using groundwater or water for human consumption in arid regions, it does not fully address competing water demands from industry or agriculture. There is also no requirement to ensure the additionality of desalination or water treatment plants, risking the prioritization of hydrogen infrastructure over local water access.
• Land use safeguards in the BMWK pilot auction focus on globally recognized classifications, which may overlook locally significant or sacred sites. The auction lacks measures to address competing land uses, such as agriculture, or to prevent projects from being located in areas with active land disputes.
• Local value creation provisions in the BMWK pilot auction, such as infrastructure investment and skill development, are limited by unclear job allocation guidelines and a narrow scope for investment. The export-oriented nature of H2Global further favors low-value raw materials and restricts downstream industrial development.

APA

NewClimate Institute (2025). Nachhaltigkeit von Wasserstoff im H2Global-Mechanismus. http://www.newclimate.org/resources/publications/nachhaltigkeit-von-wasserstoff-im-h2global-mechanismus

Chicago

NewClimate Institute. Nachhaltigkeit von Wasserstoff im H2Global-Mechanismus. 2025. http://www.newclimate.org/resources/publications/nachhaltigkeit-von-wasserstoff-im-h2global-mechanismus.

Wikipedia

{{cite report |author=NewClimate Institute |title=Nachhaltigkeit von Wasserstoff im H2Global-Mechanismus |date=11 February 2025 |url=http://www.newclimate.org/resources/publications/nachhaltigkeit-von-wasserstoff-im-h2global-mechanismus |access-date=17 August 2026 |via=Climate Insights Directory}}

BibTeX

@techreport{newclimateinstitute2025nachhaltigkeit, author = {{NewClimate Institute}}, title = {{Nachhaltigkeit von Wasserstoff im H2Global-Mechanismus}}, institution = {NewClimate Institute}, year = {2025}, month = feb, url = {http://www.newclimate.org/resources/publications/nachhaltigkeit-von-wasserstoff-im-h2global-mechanismus}, urldate = {2026-08-17}, note = {Indexed by Climate Insights Directory} }