International Journal of Scientific Research and Engineering Development

The quest for alternative and greener energy solutions has also become a pressing issue in climate change mitigation and switching to a greener future. Hydrogen is one of these options, and it has great capabilities in decarbonizing industries, transport, and power systems. This paper presents a new strategy of green hydrogen production through the Rising Pressure Reformer (RPR) process engine, which is the most advanced technique of producing hydrogen in an efficient manner and reducing environmental degradation. RPR is the process applying sophisticated thermochemical reactions in pressure conditions. This strategy will bring the production of hydrogen in an energy-saving manner in different working regions, making it versatile to multiple uses in industries. Energy analysis defines the needs of the different areas of operation and allows the generation of hydrogen in large amounts since it is efficient. Environmental assessment of the RPR process is one of the crucial elements of the research. Comparison of CO2 emanation between hydrogen production by means of RPR and that of fossil fuel reveals a considerable reduction in the carbon footprint, hence indicating that green hydrogen can replace fossil fuels since it is cleaner. To prove its viability, the green hydrogen is submitted to rigorous environmental impact tests. These environmental impact analyses measure key parameters of greenhouse gas emission, energy efficiency, and ecological sustainability in general. The results confirm that besides reducing emissions, the RPR process supports a clean and sustainable energy infrastructure. The Rising Pressure Reformer process is an important advance within the field of clean hydrogen technology. The method positions green hydrogen as a key driver for the transformation of the world toward a low-carbon future in a sustainable manner by fostering efficiency, scalability, and environmental responsibility.

Suma.S, Kavyaa K, Latchiyasri K, Madhumitha S, "A Secure Java Communication Framework for Green Hydrogen Networks " International Journal of Scientific Research and Engineering Development, V8(6): Page(2984-2992) Nov-Dec 2025. ISSN: 2581-7175. www.ijsred.com. Published by Scientific and Academic Research Publishing.