The article discusses the potential of biogas as a renewable energy source for hydrogen production to combat pollution and reduce reliance on fossil fuels. It highlights the importance of hydrogen in achieving carbon neutrality and explores different methods of hydrogen production from biogas, focusing on the utilization of porous media burners. Various research studies demonstrate that porous media burners offer cleaner combustion, higher efficiency, and improved power variation range compared to traditional burners. Optimizations in burner structures, such as inserting spiral fins or preheating plates, significantly enhance combustion performance and heat transfer. Additionally, the selection of different materials and shapes of porous media in burners contributes to increased methane reforming efficiency and reduced emissions. The article also delves into carbon capture and sequestration technologies, emphasizing the importance of post-combustion capture using solid adsorbents like CaO, MgO, and Li4SiO4. While MgO and Li4SiO4 show promise in CO2 capture, CaO stands out for its lower cost and higher sorption capacity. The study concludes by underlining the significance of these innovative combustion technologies and solid adsorbents in advancing clean energy and emissions reduction efforts.