Unlocking Potential for Low-Carbon Hydrogen Production from U.S. Natural Gas Resources

Area of Science:

• Energy policy
• Environmental science
• Chemical engineering

Background:

• Transitioning to a net-zero economy necessitates low-carbon energy solutions.
• Hydrogen is identified as a crucial element in decarbonization strategies.
• Steam methane reforming with carbon capture and storage (CCS) is a key production pathway.

Purpose of the Study:

• To evaluate the resource, environmental, economic, and societal aspects of low-carbon hydrogen production in Wyoming.
• To analyze the impact of policy incentives, specifically the 45Q tax credit, on hydrogen production costs.
• To explore strategies for cost reduction and job creation through hydrogen cluster development.

Main Methods:

• Techno-economic analysis of hydrogen production via steam methane reforming with CCS.
• Life cycle assessment of greenhouse gas emissions.
• Evaluation of the 45Q and 45V tax credits' economic impact.
• Analysis of resource availability and infrastructure for hydrogen clusters.

Main Results:

• Levelized cost of hydrogen (LCOH) in Wyoming ranges from $1.62-2.00/kg H2.
• Life cycle emissions are between 3.85-5.74 kg CO2-eq/kg H2.
• The 45Q tax credit can reduce LCOH by 19%, proving more economically advantageous than the 45V credit.
• Hydrogen cluster development can create thousands of construction and hundreds of permanent jobs.

Conclusions:

• Low-carbon hydrogen production is viable in Wyoming, with significant economic and job creation potential.
• Policy incentives, particularly the 45Q tax credit, are critical for economic feasibility.
• Developing hydrogen clusters can optimize resource utilization and reduce supply costs, with scalability nationwide.