Sewage treatment tank

Abstract

ocr The wastewater treatment tank described in this invention is an anaerobic wastewater treatment tank, with the interior arranged in divisions. The waste flow is used to separate the water and solid components so that treatment and decomposition can occur. Its efficiency helps prevent unpleasant odors and also saves space in the septic tank. The wastewater treatment tank consists of a tank lid and the treatment tank itself, which is a hollow spherical structure inside. They are joined together to hold the wastewater that needs to be treated, with the treatment tank divided into four chambers inside. Each chamber will have partitions separating the wastewater treatment rooms. The first chamber will have an inlet pipe for water treatment. Its function is to receive wastewater for intake into the treatment system, so that water and sludge can be separated. The heavy sludge will settle at the bottom of the treatment tank, while the clear liquid will be conveyed through the inlet channel to the second chamber. The wastewater is then transferred to a pipe and flows down into the third chamber for treatment, with the flow progressing up and down. This direction will cause suspended solids to clump together and settle to the bottom of the treatment tank, forming heavier sludge. Below, a separation occurs in the transparent layer before being sent to the outlet pipe. The clear liquid obtained is then directed to flow out through the outlet channel located inside chamber four, and when the amount of wastewater has decreased... When there is enough wastewater, it will rise to the top and flow through the baffle plate into the outlet pipe, allowing the wastewater to be discharged. The treated water is safely released into public waterways without harming the environment.

Claims

OCR 10KL (25 / 11 / 2568) 1. Wastewater treatment tank. It is provided to consist of a treatment tank (100). Inside the tank, the upper and lower parts are joined together and serve the function of The wastewater treatment system and tank lid are characterized by a lid with a gripping mechanism that rotates to open and close. Its unique feature is that the inside of the treatment tank (100) is divided into four rooms. Each chamber is separated from the others by partition panels for wastewater treatment, with the first chamber (200) provided. It consists of an inlet pipe (201) at the top, which serves to receive wastewater for entry into the treatment system, where the wastewater will It is conveyed to flow into the treatment tank (100) from top to bottom, where it acts to separate the water and sludge, where the portion The bottom of the first chamber (200) is connected to the water inlet (203) to serve as a support for heavy sediment to fall to the floor. The lower part of the treatment tank (100), where the water inlet (203) is located, with the transparent section being set aside above. Where the water inlet (203) connects to the second chamber (300), within which the second chamber (300) is arranged to contain: Water pipe (301) serves as a wastewater reservoir where the wastewater goes to the water pipe (301) and connects to the third chamber. (400) to serve to transport water from the water pipe (301) down into the third chamber (400), which is arranged to contain: The outlet pipe (402) serves to hold wastewater, where the treatment tank (100) collects the sediment at the bottom. The outlet (302), located inside the third chamber (400), serves to receive the clear wastewater that has been sent to flow. It comes out through the water outlet (302) and connects to the fourth chamber (500), which inside is fitted with a partition (401) made Its function is to slow the flow of water connected to the water outlet (402).

2. Wastewater treatment tanks, according to claim 1, where Room 1 (200) is provided to occupy 28-50 percent of the area. All of this is to accommodate wastewater in the first phase.

3. Wastewater treatment tank, as per claim 1, where the inlet pipe (201) is provided with additional service access (202) for Inspection port inside the treatment tank (100) 4. Wastewater treatment tanks, pursuant to claim 1, where rooms two to three (300, 400) are provided for 16-36 percent of the area. The entire area serves as a wastewater treatment facility.

5. Wastewater treatment tanks, according to claim 1, where the fourth (500) room is provided to occupy 18-40 percent of the area. All of them serve to receive wastewater.

6. Wastewater treatment tanks, according to claim 1, where appropriate baffles (401) are provided in the form of layers. (Cross Flow)

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