hydrogen
chapter 2: Green metrics
SEP’s Green Metrics Report examines three key hydrogen issues:
Hydrogen’s role as an indirect greenhouse gas
The decarbonization potential for hard-to-abate sectors
The environmental footprint of production, transport and use
SEP explores various sensitivities to anthropogenic and natural hydrogen emissions and atmospheric concentration such as hydrogen market demand, production leak rates, natural hydrogen sinks, and estimates of hydrogen’s global warming potential. SEP also analyzes water electrolysis and steam methane reforming using the GREET model to estimate CO2e intensity and conducts a literature review on the benefits of hydrogen for transportation and industrial applications. Additionally, SEP provides context on the development of a hydrogen economy relative to decarbonizing certain industries as well as water and land use, NOx emissions, policy, low-carbon power, and carbon capture.
-
Get a fast, clear understanding of hydrogen’s environmental impacts and decarbonization potential with this executive summary. SEP’s analysis highlights the key metrics, risks, and opportunities for enterprises seeking to align hydrogen strategies with climate goals. Ideal for leaders who need to grasp the essentials of hydrogen’s green credentials—without the deep technical dive.
-
Gain a rigorous, science-backed assessment of hydrogen’s full environmental footprint, from greenhouse gas emissions and leak rates to water and land use. This in-depth report provides the critical context and lifecycle analysis needed to make informed, sustainable decisions about hydrogen investments and operations. If your enterprise is serious about climate impact and regulatory compliance, this is your go-to resource.