The fiberglass reinforced plastic septic tanks produced by our company are products made of synthetic resin as the matrix and fiberglass reinforced plastic materials. They are mainly used in industrial, enterprise living rooms, and urban residential areas, and cannot be separated from the application of fiberglass reinforced plastic septic tanks. Nowadays, in the construction of new rural areas, we are also vigorously promoting small fiberglass reinforced plastic septic tanks such as one cubic meter septic tanks and two cubic meter septic tanks.

　　
The application of fiberglass septic tanks in various aspects is actually a function of purifying domestic sewage. Glass reinforced plastic septic tanks temporarily store excrement, allowing it to decompose initially in the tank to reduce the solid content in the discharged sewage.
　　
Glass reinforced plastic septic tanks have the advantages of light weight, high strength, good toughness, corrosion resistance, bright colors, and mirror finish, which far exceed similar products made of ceramics, hard plastics, steel and other materials. They are widely used in chemical, petroleum, construction, textile, aviation, maritime, transportation, power, metallurgy, machinery, medical, food, papermaking, environmental protection and other fields.
　　
Process flow:
　　
Glass reinforced plastic septic tanks have gradually entered rural areas and households from big cities. In fact, fiberglass septic tanks are not as mysterious as people imagine. We not only need to use fiberglass septic tanks reasonably, but also need to have a more comprehensive understanding of them.
　　
Simply put, a fiberglass septic tank is a treatment equipment that uses the principles of sedimentation and anaerobic fermentation to remove suspended organic matter from our daily sewage. If we have this device in our daily lives, it will greatly change the ecological environment around us.
　　
As for the structure of the fiberglass septic tank, it is also very simple. It is equipped with partitions inside, and there are holes on the partitions that are staggered vertically, so as not to form short flows and divide the entire tank into three parts; The first stage anaerobic chamber, the second stage anaerobic chamber, and the clarification chamber are connected at the bottom of the first and second stage anaerobic chambers, and are equipped with "MDS special packing" inside. The purpose of dividing them by partitions is to reduce the contact time between sewage and sludge, so that the two processes of acidic fermentation and alkaline fermentation do not interfere with each other. At the same time, the presence of packing increases the contact surface area between sewage sludge and anaerobic bacteria, greatly improving reaction efficiency.
　　
Process principle:
　　
The application of fiberglass septic tanks has become common in people's lives, but people are still somewhat unfamiliar with this material. Yes, ordinary people only know about this thing, but they do not know its principle or how it works. Now, our company will explain the purification principle of fiberglass septic tanks and their unique advantages and characteristics.
　　
Fiberglass reinforced plastic septic tank is a circular integral septic tank made of high-strength fiberglass and polymer materials. This equipment has good tightness, high pressure resistance, light weight, convenient transportation and installation, strong acid and alkali resistance, and long service life. The upper part of the water tank is equipped with cleaning holes and inlet and outlet water, and the sedimentation tank has efficient biological anaerobic treatment fillers and hanging Mo fillers.
　　
Purification principle of fiberglass septic tank:
　　
1. Fecal water continuously disappears due to the evaporation of soil surface and the uplift of vegetation.
　　
2. Shallow soil can be utilized, which has good air permeability and abundant microorganisms, accelerating the decomposition of organic matter in fecal water.
　　
3. Fecal water expands the area of shallow soil purification through the infiltration of surface soil capillaries.
　　
Domestic sewage enters the anaerobic sedimentation tank through the drainage pipe, and the process adopted is an advanced mixed hanging system proposed by scientific research institutions based on extensive research. After a certain period of cultivation, a large number of microorganisms can attach to the surface of the growing substance, and finally undergo rich collection for mutation and domestication to adapt to the surface growth of various carrier substances. The impurities and harmful substances in the wastewater in the sedimentation tank and clarification tank are converted into harmless organic substances, thus meeting the secondary discharge standards.