What are the precautions for installing sewer pipes? What is the difference between a storm sewer an

It is usually transported to a sewage treatment station to meet environmental standards before it is discharged into the water or reused. The sewage pipe is the sewage pipe that collects everyone's domestic sewage treatment. It is usually transported to the sewage treatment station to meet environmental standards before it is discharged into the water quality or used.

Stormwater pipes are pipes that collect natural precipitation from the road surface and transmit it to natural water quality. The drainage pipe is the pipe that collects the treatment of domestic sewage. This type of water cannot be directly discharged into the water quality or used in the first place.

It must first be transported to a sewage treatment station.

The rainwater pipe is a pipe that collects pure natural precipitation from the road surface and transports it to pure natural water quality, and the sewage pipe is a sewage pipe that collects everyone's domestic sewage treatment. It is usually transported to the sewage treatment station to meet environmental standards before it is discharged into the water quality or used. Drainage pipes are a network of industrial wastewater and transportation.

The difference between rainwater pipes and sewage pipes: sewage pipes are pipe networks that discharge and transport sewage, and drainage pipes are pipes that discharge various water resources, so sewage pipes are one of the drainage pipes. The drainage pipe is a new type of seepage drainage pipe plastic pipe formed by polyethylene plastic (HDPE) and other modifiers, and the permeable metal bellows is made of needle-punched geotextile with a hole in the groove and the surrounding business outsourcing of the pipe.

The effect is different, the effect of the sewage pipe: all kinds of mud wall reverse side of the highway and the drainage ditch vertical, horizontal drainage pipe; Tunnel construction, drainage pipes for underpasses; Water supply and drainage of municipal road projects, water purification plants, sewage treatment plants, garbage stations, etc. The effect of the drainage pipeline, is the use of water supply and drainage, and some of it is used for agricultural irrigation, and the essential difference between the drainage pipe is that it needs to be able to bear it, if it is a water supply project, it also needs to have food hygiene standards, harmless and zero pollution and other testing indicators.

The bathroom water pipes are basically from the roof, because this can reduce the probability of man-made damage, and the interface and outlet of the cold and hot pipes must be parallel, usually the heat pipe is on the left, and the cold pipe is on the right. In the design, the whole pipeline should be avoided as much as possible, as far as possible away from the circuit, the position and slope of the pipe clamp should also meet the requirements, and each valve should be installed flat for future use and maintenance.

It is necessary to pay attention to the problem of the pipes in the bathroom, you need to pay attention to the water inlet, you need to pay attention to the water outlet, the drainage outlet of the rainwater pipe and the sewage pipe are not the same.

Be sure to pay attention to the choice of glue, you need to pay attention to the installation problem, the size of the rainwater pipe and the sewage pipe are not the same.

1. Before construction, it is necessary to choose a sewage pipe of appropriate material according to the characteristics of the use space and environment, so that it can have a longer service life and better drainage effect.

2. Before construction, it is necessary to carefully check whether the sewage pipe is damaged or blocked. If its pipe body is ruptured and needs to be replaced with a new sewage pipe in time, or there are debris blocked in the pipe, the debris should be cleaned up in time to avoid problems such as poor drainage after installation.

3. When setting up the sewage pipe, try not to bend it, and try to keep the pipe straight, which can reduce the occurrence of blockage and ensure the drainage speed and efficiency.

4. When connecting the sewage pipe, it is necessary to use supporting pipe fittings, and the pipe fittings should be connected and fastened. If there is looseness or rupture between the pipe fittings, there will be problems such as water leakage in use. In addition, we also need to check whether the fittings are installed correctly, if the installation is wrong, it will also affect the performance of the sewage pipe.

5. After the construction is completed, the connection of each pipeline and the quality of the pipeline should be checked again to avoid problems such as water seepage and water leakage.

The water in the stormwater pipe can be directly discharged into the rivers, lakes and seas without treatment, but domestic sewage.

It must be treated for water quality before it can be used or discharged, such as grey water.

The condensate pipe of the air conditioner is connected to the sewage pipe in a water seal.

When damaged, it can pollute the indoor environment. It is discharged directly into the sewage pipe, and in the summer, due to the influence of the temperature, the odor in the sewage pipe will drift from the condensate pipe to the room, and it should be discharged to the rainwater pipe.

In the large municipal pipeline, the rainwater pipe is the rainwater pipe, the sewage pipe is the sewage pipe, and the drainage in any community must be connected to the large municipal administration, and the rainwater and sewage must be separated, otherwise it will not be connected at all. There are some areas where the requirements are not very high and rainwater can be discharged, but the sewage is never allowed to be discharged into the rainwater.

Sewer pipes should never be connected to storm sewers.

On the one hand, sewage is discharged into the rainwater system leading to natural water bodies, which will inevitably cause environmental pollution in the long run.

On the other hand, the design of the stormwater system is different from that of sewage, in which sedimentable matter accumulates in the stormwater pipes and gradually clogs the pipes, resulting in the loss of normal drainage function.

The integrated pipe ditch is the sharing of rainwater and sewage. Rainwater belongs to the waste pipe, such as balcony wastewater, such as sewage share, the odor will be discharged to the stormwater pipe to pollute the environment.

OK. Condensate for air conditioning.

The outlet of the drain can be connected directly to the stormwater pipe of the building.

According to the regulations, the rainwater pipe can be connected to the sewage pipe, the sewage pipe can not be connected to the rainwater pipe, note, yes, it is better not to connect as well, if you want to connect, it is best to indirectly access, but the sewage pipe can not be connected to the rainwater pipe. But do not connect it directly, it is better to connect it indirectly, with a gap of 10-15 cm between the rainwater pipe and the well. The most "severe" consequence of direct access is that the occupants of your residential upstairs are not in a good breathing environment due to the suction of the storm sewers.

It's not illegal, but it's illegal, but the rainwater pipe is worse, depending on the annual rainfall in your area, if the rainfall is a lot, it won't work, it will break the pipeline, increase the pipeline pressure, and it's not very good for environmental protection, the water in the rainwater pipe can still be reused, and the sewage only goes into the sewage treatment plant.

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It must be connected to the diving pipe, and the rainwater pipe is directly discharged to the outdoors, and it cannot be used for sewage discharge. Here's why:

1. The kitchen sewer pipe should be connected to the sewage pipe, and the toilet and kitchen drainage are generally collected in the outdoor sewage well, and the septic tank is precipitated into the municipal sewage pipe network.

2. In general real estate, there are two sets of sewer systems, one is a sewage pipe and the other is a rainwater pipe. Among them, the sewage pipe is connected to the domestic water (including toilets, kitchens, etc.), and the rainwater pipe is connected to the roof balcony. The sewer pipes are connected to the sewage treatment plant, and the stormwater pipes collect rainwater and discharge it directly into the nearby rivers and lakes.

3. For example, laundry sewage is rich in phosphorus, and after being discharged directly into rivers and lakes, it will eutrophicate the water and deteriorate the water quality. In general, there are provisions in the regulations on urban drainage management: new, reconstructed and expanded drainage facilities must be constructed in accordance with the requirements of rainwater and sewage diversion.

In areas where the separation of rainwater and sewage is required, it is forbidden to mix stormwater pipes and sewage pipes.

1. The rainwater pipeline is a pipeline that collects natural rainwater from the ground and transports it to the natural water body.

2. The sewage pipeline is a sewage pipeline that collects people's domestic sewage. It is usually transported to a wastewater treatment plant to meet discharge standards before being discharged into a water body or recycled.

Sewage pipes are sewage pipes that collect people's domestic sewage. It is usually transported to a wastewater treatment plant to meet discharge standards before it is discharged into a water body or reused.

A storm sewer is a pipe that collects and transports natural rainwater from the ground to a natural water body. Sewage pipes are pipes that collect people's domestic sewage. This water cannot be discharged directly into a water body or recycled. It must first be transported to the sewage treatment plant.

Stormwater pipes are pipes that collect natural rainwater from the ground and transport it to natural water bodies. Sewage pipes are sewage pipes that collect people's domestic sewage. It is usually transported to a wastewater treatment plant to meet discharge standards before it is discharged into a water body or reused. A sewer pipe is a network of sewage discharge and transportation.

Stormwater pipes and sewer pipes are plumbing systems that are used to discharge different types of water, and they differ in the following ways:

Uses: Stormwater pipes are mainly used to discharge rainwater from the surface of buildings, roads, etc. to sewers or other collection systems. Sewage pipes are mainly used to discharge domestic sewage and wastewater, including sewage generated by kitchens, bathrooms, toilets, etc.

Shape: The shape of storm sewers is generally square or round to accommodate different drainage needs. Sewage pipes are usually only round because round pipes are more fluid when discharging sewage.

Material: The material of the rainwater pipe can be pure copper, PVC (polyvinyl chloride), color aluminum, etc., these materials have corrosion resistance and weather resistance. Sewage pipes are generally made of PPR (polypropylene) because PPR has good chemical corrosion resistance.

Installation location: Storm sewers are usually installed on exterior walls to allow for rapid drainage of rainwater. Sewage pipes are generally installed on indoor walls or underground to collect and discharge domestic sewage.

Color: The color of the storm sewer is relatively diverse, and different colors can be selected according to the appearance and design needs of the building. Whereas, sewer pipes are usually only white, which is for easy inspection and maintenance.

To sum up, there are obvious differences between stormwater pipes and sewage pipes in terms of use, shape, material, installation location and color to adapt to the discharge needs of different types of water.

Stormwater pipes and sewer pipes are piping systems used to discharge different types of wastewater, and the main difference between them is the nature of the wastewater discharged and how it is treated.

1.Stormwater pipes: Stormwater pipes are mainly used to discharge rainwater and surface runoff water.

It collects and discharges rainwater formed by precipitation as well as stormwater runoff on the ground, such as rainwater in rainwater harvesting systems and stormwater drains. Stormwater pipes collect rainwater by discharging it from surfaces such as buildings and roads into rainwater harvesting systems or natural water bodies. Because these water sources do not contain contaminants (e.g. chemicals, bacteria, etc.), storm sewers do not require special treatment and are usually discharged directly into the appropriate drainage system.

2.Sewage pipes: Sewage pipes are used to collect and discharge domestic sewage, including toilets, washing utensils, kitchen wastewater, washing machine wastewater, etc.

Wastewater contains contaminants such as organic matter, bacteria, chemicals, etc., so it needs to be treated before it can be safely discharged into the environment. The sewage pipeline collects wastewater from residential, commercial or industrial areas to the sewage treatment plant, and goes through a series of purification and treatment processes to remove pollutants and impurities, so that the water quality meets the discharge standard before discharge.

To sum up, stormwater pipes are used to discharge rainwater and surface runoff water and do not require special treatment; Sewage pipes are used to collect and discharge domestic sewage, which needs to be treated before it can be discharged. The difference between them is mainly in the nature of the wastewater and how it is treated.

In rural self-built houses, rainwater pipes and sewage pipes generally need to be installed, but many people don't know much about rainwater pipes and sewage pipes, so what is the difference between rainwater pipes and sewage pipes? Let's take a closer look.

What is the difference between a storm sewer and a sewer pipe.

1. Different uses.

1) The rainwater pipe is generally used to discharge the rainwater on the roof, and the rainwater on the roof will generally flow into the rainwater pipe through the gutter gutter on the roof, and the rainwater pipe will discharge the rainwater into the ditch on the ground or be directly used to irrigate plants, crops, etc.

2) Sewage pipes are generally used to discharge domestic wastewater that has passed through the owners and has a strong odor, such as vegetable washing water, bath water, etc. Sewage pipes generally discharge this sewage into the sewage treatment plant, which treats the sewage accordingly, and when it meets the relevant standards, it can be used again or re-discharged into the river.

2. The installation position is different.

1) Rainwater pipes are generally installed on the exterior wall of the house, so they generally need to have oxidation resistance, and also need to have anti-ultraviolet function, in addition, the appearance must be beautiful, and the color also needs to fit the decorative effect of the exterior wall of the house.

2) Sewage Yewei pipes are generally installed in the inner walls and bottom surfaces of houses, so they generally need to be strong and durable, and the corrosion resistance should also be very high, and they should have the ability to withstand a certain pipeline pressure.

3. The material is different.

There are generally many materials for rainwater pipes, such as: PVC material, color aluminum material, pure copper material, etc., while the material of sewage pipes is generally PPR material.

4. Different shapes.

The shape of the storm sewer pipe is generally round and square, while the shape of the sewage pipe is generally round.

5. Different colors.

There are generally many types of colors of rainwater pipes, among which the rainwater pipes made of colored aluminum can be customized according to the color of the exterior wall of the house and the surrounding environment of the house. The color of the sewage pipe is generally white, which is very simple.

The above is a detailed introduction to what is the difference between rainwater pipes and sewage pipes, I hope it can help you better distinguish between rainwater pipes and sewage pipes. When installing the pipeline, you must decide the actual installation location of the pipeline according to your own installation needs to avoid problems.