Purple hydrogen, also known as pink hydrogen, is a low-carbon alternative generated through water electrolysis powered by nuclear energy. While green hydrogen dominates the market, purple hydrogen remains a promising solution for achieving net-zero emissions. With only 1% of hydrogen plants dedicated to purple hydrogen, countries like the UK and US are leading the way in exploring its potential. One of the main advantages of purple hydrogen is its stability and ability to meet energy demands without being affected by external factors like weather conditions, setting it apart from green hydrogen. Despite the high initial investment required for setting up nuclear reactors, the long-term benefits make it a compelling option for sustainable energy production. The UK, in particular, has been proactive in advancing purple hydrogen projects, with plans to start operations as early as 2025. Funding from sources like the Advanced Nuclear Fund is driving innovation and supporting the growth of purple hydrogen production in the country. While safety concerns have been a barrier to widespread adoption, technological advancements are addressing these issues, making nuclear plants and purple hydrogen more resilient and secure. As governments prioritize energy transitions and seek reliable alternatives to fossil fuels, purple hydrogen is poised to play a significant role in the future energy landscape.