High-speed pressurized generator for marsh gas
A biogas generation and generator technology, applied in the direction of gas production bioreactors, waste fuels, etc., can solve the problems of small gas production, slow gas production speed, biogas generators cannot be mass-produced and promoted, and achieve stable gas source pressure , The effect of convenient refueling
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Embodiment 1
[0015] Such as figure 1 The center is a biogas generating chamber 1, in which a stirrer 2 is installed, an air storage chamber 3 is formed on the periphery of the generating chamber 1, and a pressurization chamber 4 is formed between the gas storage chamber 3 and the generating chamber 1 to generate The upper end of the chamber 1 and the air storage chamber 3 is connected through the air guide tube 5; the lower end of the air storage chamber 3 and the booster chamber 4 is connected through the downcomer 6; An air outlet pipe 9 is connected to the upper end of the gas storage chamber 3 and can be connected with a biogas appliance, and a feed inlet 10 and a water feeding pipe 11 are formed on the upper end of the generation chamber 1 . The bottom of the whole biogas high-speed pressurizable generator is shaped on a support foot 12, which is movable as a whole. An openable discharge port 13 is formed at the bottom of the generating chamber 1 . A drain valve 14 is installed at t...
Embodiment 2
[0018] figure 2 It is a structural principle diagram of a biogas high-speed pressurizable generator equipped with a pressurized air bag in the pressurized chamber. Compared with embodiment 1, its pressurization mode is that a pressurized air bag 17 is provided in the pressurized chamber 4, and the intake pipe 8 and the deflation valve 15 communicate with the pressurized air bag 17. When the air pressure in the air storage chamber 3 was too low, the air release valve 15 was closed, and the pressurized air bag 17 in the pressurized chamber 4 was inflated by the intake pipe 8, so that the volume of the pressurized air bag 17 was increased, and the air in the pressurized chamber 4 was inflated. The biogas then enters the gas storage cavity 3 through the downcomer 6 so that the biogas pressure in the gas storage cavity 3 increases rapidly. When the biogas is not in use, the air release valve 15 can be opened to remove the air in the pressurized air bag 17, so that the space of th...
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