AI Article Synopsis
- * The paper evaluates the greenhouse gas emissions associated with each production method, analyzing their effects on natural cycles and identifying problems while proposing mitigation strategies.
- * A comparative analysis of production costs, efficiency, and maturity levels highlights the transition from fossil fuels to biohydrogen, promoting its use for sustainable transportation and industrial practices.
Article Abstract
This paper presents hydrogen production methodologies, their impacts on the environment, and mitigation. Three different types of production procedures, namely fossil fuel-based, renewable energy-based, and biological, are presented along with their key technological characteristics and environmental feasibility. The effects of greenhouse gas emissions from its production on different natural cycles are carried out to show the environmental impact. Different production methods, problem identification, and mitigation of environmental impacts are separately pointed out. Analyses are shown for available methods in terms of their production cost, efficiency, maturity level, advantages, problems, and solutions. A comparative analysis is carried out along with different existing methods to find a suitable H production method. Finally, the transition pathway from fossil fuel to biohydrogen production is intended to promote biohydrogen for transportation and industrial applications. It demonstrates the possibility and potentiality of biohydrogen production for a sustainable future.
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| http://dx.doi.org/10.1016/j.biortech.2024.131666 | DOI Listing |
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