TWI669433B - Wastewater recycling and reuse system - Google Patents

Abstract

A wastewater multiple recovery and reuse system capable of extracting a clean water source inside a first supply tank and storing it in a second supply water tank after use, and then using the first clean water outlet device to be used first The water source output is used to clean the environment, and the second time after cleaning, the water source is extracted and stored in a third supply tank, and the second water outlet device can be used to output the second water source for flushing. The sewage water source generated after the flushing can be sent to a septic treatment device for collecting the water source containing the fertilizer water, and the water source containing the fertilizer water can be pumped to the watering device to facilitate the watering of the plant.

Description

Wastewater recycling and reuse system

The invention relates to a multi-recycling and recycling system for wastewater, in particular to a wastewater recycling and recycling system capable of repeatedly recycling wastewater.

Due to the rise of environmental awareness today, resource recycling has become a necessary technology for the sustainable development of environmental resources. Among them, water recycling is closely related to human life. In general, the average daily domestic water consumption of the people will increase with the improvement of living standards. According to the statistics of the Ministry of Economic Affairs' Water Resources Department in 2008, the average household water consumption per person per day is about 238 liters. , laundry, bathing, general faucet water and cleaning.

However, if the wastewater can be recycled and reused many times, the waste of water resources can be effectively reduced. Therefore, the present invention can store the clean water source and store it for environmental cleaning, and the cleaned water source can be reused. The invention is applicable to rinsing and rinsing, wherein the sewage water source generated after rinsing can further collect the water source containing the fertilizer water, and the water source containing the fertilizer water can be pumped again for watering the plants, so the invention can concentrate the waste water that is not needed for use. This application should be an optimal solution by using multiple reuses to save unnecessary water waste.

The wastewater multiple recovery and reuse system of the present invention comprises a first supply water tank for storing a clean water source; and a wash water outlet device connected to the first supply water tank through a first water supply pipe for transmitting The first water pipe outputs a clean water source to the flushing water outlet device for washing, and the first water source generated after use can be discharged through a second water pipe; a first recycling water tank passes through the second water pipe The water supply pipe is connected to the washing and discharging device for storing the first water source in the first recovery water tank by the second water pipe; and the second water supply tank is connected to the first motor pumping device A first water pumping device is capable of pumping the first use of the water source to the second supply water tank for storage; and the first cleaning water outlet device is connected to the third water supply pipe Connected to the second supply water tank for outputting the first use water source to the first cleaning water outlet device through the third water delivery pipe to facilitate cleaning of the environment, and cleaning after production The second use of the water source can be discharged through a fourth water pipe; a second recovery water tank is connected to the first clean water outlet through the fourth water pipe for the second time by the fourth water pipe Storing a water source in the second recovery water tank; a third supply water tank is connected to the second recovery water tank through a second motor pumping device, and the second motor pumping device is capable of placing the second inside of the second recovery water tank The second water supply device is pumped to the third supply water tank for storage; a second clean water outlet device is connected to the third supply water tank through a fifth water supply pipe for use for the second time through the fifth water supply pipe The water source is output to the second clean water outlet device for flushing the urine and urine, and the sewage water source generated after the flushing can be discharged through a sixth water conduit; a septic treatment device is connected to the sixth water conduit for receiving The sixth water pipe transports the sewage water source and collects a water source containing the fertilizer water; a watering tank is connected to the septic treatment device through a third motor pumping device, and The third motor pumping device can pump the water source containing the fertilizer water inside the septic treatment device to the watering tank for storage; a watering device is connected to the watering tank through a seventh water pipe for transmitting the seventh water The water pipe outputs a water source containing the fertilizer water to the watering device to facilitate watering the plants.

More specifically, the cleaning agent used in the rinsing process flows into the first cleaning effluent device with the first use of the water source to reduce the cleaning dose required for the cleaning environment.

The cleaning agent contained in the first cleaning water outlet device is sent to the second cleaning water outlet device, so that the clean and urinal water source has a cleaning agent.

The above cleaning agent can be a non-toxic, organic non-additive chemical cleaning agent.

Other details, features, and advantages of the present invention will be apparent from the following description of the preferred embodiments.

Please refer to FIGS. 1~3, which are schematic diagrams showing the structure of the wastewater multiple recycling system. The first supply tank 101 is used to store a clean water source and can pass through a first water pipe. The first supply tank 101 is connected to the first supply tank 101 for outputting a clean water source to the wash water outlet device 103 (for example, a sink) through the first water delivery pipe 102 for use in rinsing, and the first use after use. The water source can be discharged to the first recovery water tank 105 through a second water delivery pipe 104;

The first motor pumping device 106 can pump the first time inside the first recovery water tank 105 to the second supply water tank 107 for storage, and then use the third water delivery pipe 108 to output the first water source. Up to the first cleaning water outlet device 109 to facilitate cleaning of the environment (for example, an indoor floor), and the second utilization water source generated after cleaning can be discharged into the second recovery water tank 111 through a fourth water delivery pipe 110;

The second time of the second recovery water tank 111 is pumped to the third supply water tank 113 by a second motor pumping device 112, and then the fifth water delivery pipe 114 is outputted to the second time by the water source. The second cleaning water outlet device 115 (for example, a toilet or a urinal) can be used for the second time to use the water source for flushing the urine and urine, and the sewage water source generated after the flushing can be discharged to the septic treatment through the sixth water delivery pipe 116. Device 21;

After receiving the sewage water source delivered by the sixth water delivery pipe 116, the septic treatment device 21 can collect the water source containing the fertilizer water, and then pump the water source containing the fertilizer water to the watering through a third motor pumping device 22. The water tank 23 is stored in the water tank 23, and if necessary, the water source containing the fertilizer water can be output to the watering and discharging device 25 through the seventh water conduit 24 to facilitate watering the plants.

The cleaning agent used in the rinsing process using the rinsing and discharging device 103 flows into the first cleaning and discharging device 109 with the first use of the water source, so that the first cleaning water outlet device 109 flows out of the first use water source. The cleaning agent will be included, so that the cleaning dose required for the cleaning environment will be reduced during the cleaning process, and the second cleaning water outlet device 115 is also included in the cleaning device, so that the toilet bowl is cleaned when the water is flushed. The agent causes the toilet to be cleaned while flushing.

The wastewater multiple recovery and reuse system provided by the invention has the following advantages when compared with other conventional technologies: 1. The invention can store and reuse the clean water source after being cleaned, and then cleaned. The water source can also be stored again and used for rinsing the urine, wherein the sewage water source after the flushing can be further collected to collect the water source containing the fertilizer water, and the water source containing the fertilizer water can be pumped again for watering the plants to provide the nutrients required by the plants. . 2. The invention can collect the waste water that is not needed for multiple reuse, so as to save unnecessary waste of water resources.

The present invention has been disclosed in the above embodiments, and is not intended to limit the present invention. Any of those skilled in the art can understand the foregoing technical features and embodiments of the present invention without departing from the invention. In the spirit and scope, no modifications or refinements may be made. Therefore, the scope of patent protection of the present invention is subject to the definition of the claims attached to the present specification.

101‧‧‧First supply tank

102‧‧‧First water pipe

103‧‧‧盥washing water installation

104‧‧‧Second water pipe

105‧‧‧First recycling tank

106‧‧‧First motor pumping device

107‧‧‧Second supply tank

108‧‧‧ Third water pipe

109‧‧‧First clean water outlet

110‧‧‧fourth water pipe

111‧‧‧Second recovery tank

112‧‧‧Second motor pumping device

113‧‧‧ third supply tank

114‧‧‧ Fifth water pipe

115‧‧‧Second clean water outlet

116‧‧‧ sixth water pipe

21‧‧‧Septic treatment unit

22‧‧‧ Third motor pumping device

23‧‧‧Watering tank

24‧‧‧ seventh water pipe

25‧‧‧Watering device

[Fig. 1] is a schematic view showing the structure of the wastewater multiple recycling system of the present invention. [Fig. 2] is a schematic view showing the structure of the wastewater multiple recycling system of the present invention. [Fig. 3] is a schematic view showing the structure of the wastewater multiple recycling system of the present invention.

Claims (3)

A wastewater multiple recovery and reuse system includes at least: a first supply water tank for storing a clean water source; and a wash water outlet device connected to the first supply water tank through a first water supply pipe for And outputting a clean water source to the flushing water outlet device for flushing through the first water conduit, and the first use water source generated after use can be discharged through a second water conduit; a first recovery water tank is passed through the first water tank The second water supply pipe is connected to the flushing water outlet device for storing the first water source in the first recovery water tank by the second water pipe; and the second water supply tank is connected to the first motor pumping device The first recovery water tank is connected, and the first motor pumping device can pump the first use of the water source inside the first recovery water tank to the second supply water tank for storage; a first clean water outlet device transmits through a third The water pipe is connected to the second supply water tank for outputting the first use water source to the first clean water outlet device through the third water pipe to facilitate cleaning of the environment. The second use of water source after cleansing can be discharged through a fourth water pipe; a second recovery water tank is connected to the first clean water outlet through the fourth water pipe for being used by the fourth water pipe The second use water source is stored in the second recovery water tank; a third supply water tank is connected to the second recovery water tank through a second motor pumping device, and the second motor pumping device is capable of connecting the second recovery water tank The second internal use of the water source is pumped into the third supply tank for storage; a second clean water outlet is connected to the third supply tank through a fifth water conduit for passing through the fifth water conduit The secondary use water source is output to the second clean water outlet device for flushing the urine and urine, and the sewage water source generated after the flushing can be discharged through a sixth water conduit; a septic treatment device is connected to the sixth water conduit Receiving a sewage water source for conveying the sixth water pipe, and collecting a water source containing the fertilizer water; a watering tank is passed through a third motor pumping device and the septic treatment device Connecting, and the third motor pumping device can pump the water source containing the fertilizer water inside the septic treatment device to the watering tank for storage; a watering device is connected to the watering tank through a seventh water pipe for transmitting The seventh water conduit outputs a water source containing the fertilizer water to the watering and discharging device to facilitate watering the plants. The multiple waste recycling system according to claim 1, wherein the cleaning agent used in the rinsing process flows into the first cleaning effluent device with the first use of the water source, so as to reduce the cleaning dose required for cleaning the environment. . The wastewater multiple recycling system according to claim 2, wherein the cleaning agent contained in the first cleaning water outlet device is sent to the second cleaning water outlet device, so that the clean and urinal water source has a cleaning agent.