JP3057786U - Purified water fertilizer removal equipment tank - Google Patents

Abstract

(57) [abstract] (with revision) [Problem] It is possible to manufacture and spray liquid fertilizer using domestic wastewater. SOLUTION: Domestic wastewater is discharged from a drainage inflow pipe 27 toward a drainage outflow pipe 28, and a first sedimentation separation chamber 1, a screen 4, a second sedimentation separation chamber 2, a filtration layer 5, and a third sedimentation separation chamber 3 are separated. Provided with a miscellaneous wastewater treatment tank 6 and a culture tank 7 arranged beside, and a polystyrene foam 8 is adhered to the outside of the culture tank 7 and the inside of the manhole cover 17 so as to be advantageous for microorganisms due to the temperature difference of the liquid 11 in the tank. Then, holes were made in the right and left partition walls of the microorganism group culture room 9 so that the microorganism group cultures could enter and exit, and food 23 preferred by the microorganism group cultures was placed and cultured sufficiently, and the manhole cover was cultivated. 17 is provided with an inlet 25 for the culture of microorganisms, an appropriate amount of microorganisms is injected, the liquid 11 in the tank is bubbled to the liquid surface 29 with the air supply pipe 10, and the liquid fertilizer is placed on the bottom floor 12 of the culture tank 7. A pump 14 is provided and connected to the liquid fertilizer removal pipe 13.
Spray.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 This invention relates to a gray water treatment tank attached to domestic wastewater.

[0002]

[Prior art]

 The drainage rainwater that passed through the gray water treatment tanks installed in each household was flowing away. It was not used as fertilizer.

[0003]

[Problems to be solved by the invention]

 The aim is to obtain good quality fertilizer from the wastewater treatment tank, and it is possible to easily apply liquid fertilizer as needed.

[0004]

[Means for Solving the Problems]

 This will be described with reference to the drawings. The tank for removing clean water fertilizer discharges domestic wastewater and rainwater from the drainage inflow pipe 27 toward the drainage outflow pipe 28, and the first sedimentation separation chamber 1, the screen 4 for trapping trash, and the second sedimentation separation chamber 2. A gray water treatment tank 6 provided with a filtration layer 5 made of activated carbon and a third precipitation separation chamber 3 is provided, and a culture tank 7 is arranged beside the tank. 7 and the inside of the manhole cover 17 are adhered with styrofoam 8 and holes 18 are made in the right and left partition walls of the microbial culture chamber 9 so that the microbial culture can enter and exit. The food 23 preferred by the culture is placed, an appropriate amount of microorganisms is injected from the microorganism culture inlet 25 beside the manhole cover 17, and the culture is sufficiently cultured. And a liquid fertilizer pump 14 is placed on the bottom floor 12 of the culture tank 7. Only, connected to the liquid fertilizer cost take-out tube 13 are sprayed. An electrode heater 21, a temperature controller 15, and an air passage 16 are provided so that the temperature of the liquid 11 in the tank is advantageous to microorganisms.

[0005]

[Embodiment]

 Styrofoam 8 is adhered to the outside of the culture tank 7 and the inside of the manhole cover 17, and the electrode heater 21 and the temperature controller 15 make it advantageous for the microorganism culture due to the temperature difference of the liquid 11 in the tank, and an appropriate amount from the microorganism culture inlet 25. And the food 23 preferred by the microorganism group culture is placed and cultured on the bottom floor 12 of the microorganism group culture room 9, the air valve 19 is opened, and the liquid 11 in the tank is sufficiently reacted with the air supply pipe 10. When the air bubbles are generated, a high quality liquid fertilizer is produced, the pumping valve 20 is opened, and the liquid fertilizer pump 14 is turned to spray the liquid fertilizer.

[0006]

【Example】

 The gray water treatment tank 6 includes a first sedimentation separation chamber 1, a second sedimentation separation chamber 2, and a third sedimentation separation chamber 3.

An embodiment will be described with reference to the drawings. A culture tank 7 of the same height is arranged beside the gray water treatment tank 6. Styrofoam 8 is firmly adhered to the outside of the culture tank 7 and the inside of the manhole cover 17 so that the temperature difference between the four seasons has little effect on the microbial community, and holes are formed in the right and left partition walls 24 of the microbial community culture chamber 9. 18 is opened, the food 23 preferred by the microbial culture is arranged, and a microbial culture injecting port 25 is provided beside the manhole cover 17 to inject and inject an appropriate amount of microbes so that the microbial culture can enter and exit. After sufficient culturing, the valve 19 is opened, the inside of the culture tank 7 is bubbled to the liquid level 29 with the air supply pipe 10, and a liquid fertilizer discharge pump 14 is provided on the bottom floor 12 of the culture tank 7. Contact 13 and spray. An electrode heater 21, a temperature regulator 15, and an air passage 16 are provided so that the temperature of the liquid in the culture tank 11 is advantageous to microorganisms.

[0008]

[Effect of the invention]

 Applying household wastewater, septic tanks and miscellaneous wastewater sewage directly as fertilizer is a high rate of infection in ordinary people of medicine, defecation of the sick, and urination, which is disadvantageous for aerobic microbial culture bacteria and human health management, and miscellaneous wastewater treatment. A culture tank 7 having the same height is arranged beside the tank 6, and a polystyrene foam 8 is adhered to the outside of the culture tank 7 and the inside of the manhole cover 17, and the microorganism is cultured by a temperature controller 15 by a temperature difference of the liquid 11 in the tank. Bacteria are favored, an appropriate amount of microorganisms are injected from the microorganism culture inlet 25, the food 23 is placed in the microorganism culture room 9, and the culture is sufficiently cultured. It is possible to turn the pump 14 and collect it with a hose, which is advantageous for household farmers who have vegetable plants, and enables soil improvement with no pesticides, contributing to the prevention of environmental pollution.

[Brief description of the drawings]

FIG. 1 is a schematic plan view of the entire tank for removing a clean water fertilizer of the present invention.

Fig. 2 "A-A" in Fig. (1) of the tank for removing clean water fertilizer
FIG.

FIG. 3 is an enlarged schematic sectional view of a microorganism group culture cell compartment (9).

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 1st sedimentation separation room 2 2nd sedimentation separation room 3 3rd sedimentation separation room 4 Screen which blocks garbage 5 Filtration layer by activated carbon 6 Miscellaneous wastewater treatment tank 7 Culture tank 8 Styrofoam 9 Microorganism group culture bacteria room 10 Air supply pipe Reference Signs List 11 Liquid in tank 12 Bottom floor 13 Liquid fertilizer take-out pipe 14 Liquid fertilizer pump 15 Temperature controller 16 Air passage 17 Manhole cover 18 Hole 19 Air valve 20 Pumping valve 21 Electrode heater 22 Household voltage line 23 Favorite food 24 Partition wall 25 Microbial culture bacteria injection port 26 Miscellaneous wastewater treatment tank lid 27 Drainage inflow pipe 28 Drainage outflow pipe 29 Liquid level 30 Piping pipe

──────────────────────────────────────────────────の Continued on the front page (51) Int.Cl. ⁶ Identification code FI C05F 7/00 301 C05G 5/00 A C05G 5/00 E03F 1/00 Z E03F 1/00 5/14 5/14 5/22 5/22 B01D 23/10 Z

Claims (1)

[Utility model registration claims] 1. A first sedimentation separation chamber 1, a screen 4 for collecting garbage, a second sedimentation separation chamber 2, a filtration layer made of activated carbon, and domestic wastewater and rainwater are discharged from a drainage inflow pipe 27 to a drainage outflow pipe 28. 5 and a third sedimentation / separation chamber 3 are provided, and a cultivation tank 7 is disposed beside the effluent treatment tank 6. A styrofoam 8 is adhered to the inside of the lid 17, and a hole 18 is made in the right and left partition walls 24 of the microorganism group culture chamber 9.
The food 23 preferred by the microorganism group culture is arranged so that the microorganism group culture can enter and exit, the microorganism culture inlet 25 is provided beside the manhole cover 17, and the liquid level 2 is connected to the air supply pipe 10.
The liquid 11 in the tank is bubbled to 9 and a liquid fertilizer pump 14 is provided on the bottom floor 12 of the culture tank 7 and connected to the liquid fertilizer take-out pipe 13 for spraying. As the temperature of the liquid 11 in the tank is advantageous to microorganisms,
A water purifying liquid fertilizer removal equipment tank provided with an electrode heater 21, a temperature controller 15, and an air passage tube 16.