New Research Initiative Targets Pink Hydrogen Emissions: A Global Effort Begins
London, Thursday, 29 May 2025.
A new international initiative is launched to measure emissions from pink hydrogen—produced using nuclear power—across North America and Europe. This research is vital for understanding its environmental impact and supporting cleaner energy transitions.
Understanding the Initiative
Launched on 27 May 2025, the new international research initiative aims to precisely measure hydrogen emissions from existing infrastructure in North America and Europe. Pink hydrogen, produced using nuclear power, is under scrutiny as researchers assess its environmental footprint. This initiative is a collaborative effort featuring global industry leaders and academics, including Shell, TotalEnergies, Air Products, Air Liquide, and universities such as Cornell and Utrecht [1][6].
Science and Collaboration in Action
Utilizing the latest technologies, researchers will measure hydrogen emissions across the supply chain. They will use advanced hydrogen analyzers and mobile sensing platforms to gather data at various facilities, from pipelines to hydrogen-powered vehicles. This comprehensive approach promises to bridge the current gap in emissions data, facilitating informed decisions about the role of hydrogen in future energy systems [3][6].
Pink Hydrogen on the Rise
Pink hydrogen, unlike its green counterpart produced via renewable energy, leverages nuclear power to split water molecules. While this method reduces carbon emissions, understanding its entire lifecycle impact is crucial. By studying pink hydrogen, the team hopes to aid cleaner energy transitions globally, especially as over 60 countries are developing national hydrogen strategies to broaden their energy portfolios [1][6].
Industry Leaders and Academic Giants
The collaboration gathers a remarkable team. Industry players such as Shell and Air Liquide provide the infrastructure and operational insights necessary for the study. Academics from West Virginia University and University of Rhode Island bring scientific rigour, aiming to publish the findings in peer-reviewed journals. This partnership underscores the essential balance between scientific inquiry and practical application [1][5][6].
Implications for the Future
Understanding hydrogen emissions has broader implications for climate policy and sustainable energy practices. By establishing comprehensive emissions data, the initiative fosters transparency and accountability in the energy sector. This data will be critical for policymakers as they navigate the challenges of energy transitions, potentially influencing international carbon reduction targets and strategies [1][6].