This technology achieves efficient gasification of biomass and municipal solid waste through a photovoltaic-electric-gas complementary mechanism, producing energy and chemical feedstocks. It optimizes the pyrolysis and gasification processes using fixed and circulating fluidized beds to obtain high-calorific-value, low-pollution product gas. Combining MFiX/Fluent fluid simulation for reactor design optimization, it precisely regulates parameters such as temperature and flow velocity to control the H:C ratio and hydrogen output, meeting the demands of methanol synthesis or power generation. The integration of solar, electric, and gas enhances energy efficiency.

Technology provider:Xi'an Jiaotong University Technology Transfer Center