In Professor Sasazuka's laboratory at Nagoya University, they are cultivating and genetically verifying new sorghum varieties that possess both high biomass and high sugar yield. High biomass and high sugar yield sorghum is suitable for biorefineries and can be separated into high-quality biomass fuel and fertilizer components using hydrolysis technology.

Through this technological collaboration, it is possible to create an ideal resource recycling system by obtaining biomass from atmospheric CO2 and returning fertilizer components to the soil. Additionally, sorghum can be cultivated from the equator to temperate regions and is adaptable to conversion fields and semi-arid areas, making it promising for social implementation as a measure against abandoned farmland and desertification.