A recent Cornell study discusses strategies to address the growing demand for hydrogen by utilizing offshore wind energy to produce green hydrogen. The study emphasizes the necessity of transitioning to renewable energy sources like offshore wind turbines to ensure environmentally friendly hydrogen production. To meet 75% of the nation's hydrogen demand, a significant increase in offshore wind capacity up to 0.96 terawatts is required. The study evaluates economic and environmental impacts and recommends transporting compressed gaseous hydrogen via pipelines due to its cost-effectiveness. Additionally, the concept of 'offshore hydrogen hubs' is introduced, optimizing infrastructure and reducing costs by up to 30%. The East Coast is identified as a promising region for green hydrogen production due to high wind speeds and export opportunities. The study estimates that offshore green hydrogen production could cost between $2.50 and $7.00 per kilogram, meeting emission benchmarks for tax credits. Policies like carbon pricing mechanisms are deemed essential for industry growth, addressing challenges such as the Jones Act's impact on offshore projects. Flexibility in policies is crucial to support the expansion of green hydrogen production and meet future energy demands sustainably.