Nearly 1.03×10~8 t of rice husk per year is extracted from paddy as waste globally. Investigations have been carried out at CNRRI to design a portable rice husk Gasifier-Engine System (GASOGENO) for an effective ...Nearly 1.03×10~8 t of rice husk per year is extracted from paddy as waste globally. Investigations have been carried out at CNRRI to design a portable rice husk Gasifier-Engine System (GASOGENO) for an effective utilization of rice husk as farm energy source. Gasifier with 25 cm diameter based on the design of the University of California at Davis was matched with the Chinese S-195 engine. A mixture device to give air and gas with the ratio of 1.5: 1 was mounted to upstream of engine for the purpose of dual fuel running. Tests were conducted on a hydraulic dynamometer. The gasifier generates a nearly uniform gas flow at the rate of 18 Nm~3/h with lower heating value of 4.02 MJ/Nm~3. One kg rice husk can produce 2.39 Nm~3 gas. The optimal strength for gasification is 195 kg/m~29·h. The transfer efficiency for cold gas is 52.4%. To achieve satisfactory dual fuel engine performance, a slight展开更多
文摘Nearly 1.03×10~8 t of rice husk per year is extracted from paddy as waste globally. Investigations have been carried out at CNRRI to design a portable rice husk Gasifier-Engine System (GASOGENO) for an effective utilization of rice husk as farm energy source. Gasifier with 25 cm diameter based on the design of the University of California at Davis was matched with the Chinese S-195 engine. A mixture device to give air and gas with the ratio of 1.5: 1 was mounted to upstream of engine for the purpose of dual fuel running. Tests were conducted on a hydraulic dynamometer. The gasifier generates a nearly uniform gas flow at the rate of 18 Nm~3/h with lower heating value of 4.02 MJ/Nm~3. One kg rice husk can produce 2.39 Nm~3 gas. The optimal strength for gasification is 195 kg/m~29·h. The transfer efficiency for cold gas is 52.4%. To achieve satisfactory dual fuel engine performance, a slight
