Abstract
    
      Transitioning to sustainable energy sources is crucial for combating climate change and reducing dependence on fossil fuels. The high consumption of fossil fuels leads to transportation issues and increased pollution, affecting the planet's quality of life. Hydrogen, a clean, abundant, lightweight, and easily stored fuel, has gained worldwide interest as a secondary energy carrier. It can generate electricity, cook food, fuel automobiles, hydrogen-powered industries, jet planes, and domestic energy needs. Further research is needed to solve production, storage, and transportation issues. This study presents a comprehensive research review on the production of energy from green hydrogen to biomass. The objective is to explore the potential of harnessing green hydrogen as a versatile energy carrier and integrating it with biomass technologies to create a sustainable and efficient energy production system. The review covers various aspects, including green hydrogen production methods, biomass energy generation, and the synergistic integration of these two technologies. The findings highlight the potential of green hydrogen and biomass as key components of a renewable energy system that can contribute to a greener and more sustainable future.