The study focuses on producing syngas from six bamboo biomass species in Mizoram, India, using a double-tapered reactor for efficient gasification.
Various pre-processing methods and reactor conditions (temperature, particle size, and feeding rates) are examined to enhance syngas yield, with specific attention to factors like bed dynamics and carbon conversion efficiency.
Results indicate that higher temperatures lead to increased hydrogen and carbon monoxide production, while optimal particle size (1.18 mm) improves gas yield and efficiency, highlighting the potential of biomass energy as a sustainable resource.