Hydrogen Climate Impact

Hydrogen Climate Impact refers to the effects that hydrogen production, use, and deployment have on climate change and the environment. This concept encompasses the entire lifecycle of hydrogen, including its production methods (such as steam methane reforming or electrolysis), transportation, storage, and end-use applications (like fuel cells or industrial processes).The climate impact of hydrogen is closely tied to the source of the hydrogen. For instance, hydrogen produced from fossil fuels can emit significant greenhouse gases unless carbon capture and storage technologies are employed. Conversely, green hydrogen, derived from renewable energy sources, may offer a more sustainable alternative, potentially minimizing carbon emissions and contributing to climate goals.Evaluating hydrogen's climate impact also involves assessing how its adoption influences energy systems, greenhouse gas emissions, air quality, and other environmental factors. Understanding these aspects is essential for policymakers, industries, and researchers working toward a sustainable energy future, as hydrogen is increasingly viewed as a key player in decarbonizing various sectors and achieving climate objectives.