biomass gasification fuel
As shown in the following figures, biomass feedstock is first fed into the hopper of gasifier, then the feedstock will be gasified and the crude combustible gas is produced, by the cyclone separators, large particles in the producer gas will be removed, the scrubber will remove the fine particles and tar content in the producer gas, the producer gas then is drawn into the separator where the water droplets in the gas will be removed, with the biomass filter, the produce gas is further purified, a roots blower is used to pump the clean producer gas in the gas tank or gas container, with the underground pipelines, the producer gas can be finally used for every household. After the gas tank or gas container, the gas also can be introduced into IC engine for power generation as well.
1.screwer 2.gasifier 3.cyclone 4.scrubber 5.water separator 6.filter 7.roots blower 8.water seal 9.cooking range 10. IC engine 11. gas tank
Specification (for all available types)
Capacity : 50-1000Nm3/h
Gas supplying capacity :50-1000 households
Power genenration: 15-300kWe
Fuel consumption : 25-500kg/h
Power consumption : 3-16kW/h
Water consumption : 300-400kg/week
Heat Value : 4500～5500kJ/m3
Gasification Rate: 70～75%
Efficiency for power generation: 18～20%
Average life span of the system:10years
Tar and Ash Content in producer gas<20 mg/Nm3
Biomass available for the system
Almost all kinds of agricultural residues such as corn stalk, wheat stalk and etc. as well as the residues of forest industry are all available for the system, except for rice husk and rice straw due to their higher ash content which is around 25%.
Typical Gas Composition
|Fuel Composition||H2%||CO%||CH4%||C2H 2+C 2H4 %||C3H8%||CO2%||N2%|
Recently, biomass gasification fuel is a hot topic and has been becoming a major energy source, prior to the fossil fuels like coal and petrol. Although fossil fuels is presently diminished in developed country, it is still widely used in ru...