Novel biogas slurry separation, fertilization irrigation integration system
A technology of solid-liquid separation and biogas slurry, which is applied in the direction of fertilization equipment, liquid fertilizer distribution, liquid fertilizer pressurized spreading method, etc., can solve the problems of heavy metal ions flowing into the food chain, waste liquid waste recycling, human health threats, etc. To achieve the effect of improving the function of phosphorus removal, saving energy and protecting the environment
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Embodiment 1
[0037] Embodiment 1: as Figure 1-2 As shown, a new biogas slurry separation, fertilization and irrigation integrated system, including pens, biogas slurry storage tank, biogas storage tank, aerobic solid-liquid separation machine, heavy metal separation system and irrigation system;
[0038] The barn includes: a waste collection pool 1, a control valve I2, and a pipeline I3;
[0039] The biogas slurry storage tank includes: a biogas slurry collection tank 7, a pipeline III 8, and a control valve II 9;
[0040] The biogas storage tank includes: a biogas collection tank body 6, a pipeline II5, and a control valve III4;
[0041] The aerobic solid-liquid separation integrated machine includes: an aerobic tank body 10, a fender 11, a steel sheet 12, a biogas residue collection tank 13, a filter screen I14, a control valve IV15, a rotating shaft 44, a solar panel I45, a wire I46, Motor 47, solar panel II 48, wire II 49, Roots blower 50, thin tube 51, bubbling hole 52, thread 53, ...
Embodiment 2
[0050] Embodiment 2: as Figure 1-2 As shown, a novel biogas slurry separation and fertilization and irrigation integrated system, this embodiment is the same as embodiment 1, wherein:
[0051] The process of performing aerobic solid-liquid separation treatment is as follows: the biogas slurry flows into the aerobic tank 10 and flows into the filter barrel 54 . The solar panel Ⅰ45 is stored in the battery through the electric energy conversion device to power the motor 47, which drives the thread 53 on the rotating shaft 44 to rotate slowly, and slowly separates the biogas slurry from solid to liquid. Since the threads are becoming more and more dense, and they are running obliquely upward, The biogas slurry will flow down through the filter barrel 54. At the same time, the solar panel II 48 is stored in the storage battery through the electric energy conversion device to supply power to the Roots blower 50 for aeration, and through a plurality of thin tubes 51 to a plurality ...
Embodiment 3
[0052] Embodiment 3: as Figure 1-2 As shown, a novel biogas slurry separation and fertilization and irrigation integrated system, this embodiment is the same as embodiment 1, wherein:
[0053] The process of heavy metal separation treatment is as follows: open the control valve IV15 to flow the aerobic liquid organic fertilizer into the organic fertilizer tank I21, and control the neutralization of the liquid caustic soda in the liquid caustic storage tank 18 and the liquid organic fertilizer through the flow meter I19. Filter the precipitate through the filter screen II22 and the timing control valve I23 is used to control the reaction time and open automatically. Let the liquid organic fertilizer flow to the organic fertilizer tank II25, and control the PAC polyaluminum chloride in the PAC storage tank 29 to neutralize the liquid organic fertilizer through the flow meter II27. The precipitate is filtered through the filter screen III30 and the timing control valve II31 con...
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