Researchers at Texas A&M University are working on designing an offshore hydrogen hub that will produce green hydrogen through water electrolysis using electricity generated from an offshore wind substation. Hydrogen is considered crucial for decarbonizing future energy systems due to its ability to store renewable energy over longer durations, strengthen energy security, and support various sectors like transportation, shipping, aviation, and industry. Dr. Keshawa Shukla and Vy Le are developing an offshore fixed-bottom hydrogen hub that will split water into hydrogen and oxygen gases, with the hydrogen being processed, compressed, and stored onboard in liquid form. The project aims to harness the efficiency of green hydrogen as a renewable energy carrier and contribute towards achieving global decarbonization targets. The research, presented at the Offshore Technology Conference 2024, focuses on the economic evaluation of the green hydrogen production system and aims to collaborate with industry and research funding agencies. Through the utilization of green hydrogen, the project aligns with efforts to reduce greenhouse gas emissions and work towards achieving net-zero energy production by 2050.