Dongfanghong non-screening soil spraying machine

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Fiberglass integrated biological septic tank b/< br ) The facility technology is mature and integrates sewage treatment and water reuse equipment. It has the characteristics of small footprint, light weight, high strength, long life, corrosion resistance, no leakage, environmental protection and energy saving. Advantages include convenient construction.
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< br ) When the product is shipped to the construction site, the product should be inspected before installation to see if it meets the required model and whether there is any damage.
< br) When the product is hoisted in place, check whether the inlet and outlet directions are correct.
< br) Check whether the depth of the pit meets the engineering elevation design requirements.
< br) Check whether the dimensions of the water inlet and outlet meet the specified requirements.
< br) Check whether the product is filled with water after it is installed and then backfilled with soil. Whether the backfill soil is dense. After the backfill soil reaches the standard, check whether the water in the product is above the top.

The fiberglass septic tank is a new type of efficient sewage treatment and purification device that uses microbial treatment technology. It is composed of biological septic tank body microbial flora, microbial carriers, etc. Mainly through artificial enhancement technology, the microbial flora is introduced into the biological septic tank at one time, and the bacterial flora biofilm is gradually formed on the biological carrier in the tank. The metabolic effect of the microbial flora (biofilm) is used to absorb, digest and decompose the organic matter in the sewage. Pollutants are transformed into stable and harmless substances to achieve the purpose of purifying water quality. This process uses a combination of multi-stage biochemical treatment processes. The entire system is buried underground. The sewage does not require any energy consumption after entering the system. It uses fluid push flow siphon technology to automatically flow along the special internal structure successively through the treatment processes of regulating sedimentation, separation, multi-stage biological treatment, multi-stage oxidation and clarification. There is a special biological carrier in the system to facilitate the proliferation and survival of microbial conjunctiva.

During the sewage treatment process, some methane gas and a small amount of nitrogen oxide gas will be produced. Because their concentration is low and impure, they cannot be recycled and will not cause explosions. They can flow with the water. Drain into sewers or use pipes to discharge at high altitudes. The gas emissions have been monitored by the Environmental Protection and Hygiene Department and are in compliance with relevant national environmental protection requirements and will not affect the air quality of the living environment. If the treated water is reused, a set of water reuse device with corresponding flow rate can be added at the drainage outlet to water flowers, trees, flush vehicles, ground toilets, etc. This is a bioengineering that applies microbial technology to environmental protection. The principle is to separate, purify, cultivate, domesticate, concentrate, and solidify various microorganisms in natural water bodies through special equipment, and then prepare them into highly active and high-concentration multi-combination powders (or aqueous agents) for storage. Under normal temperature and pressure conditions, the powder and granules can be stored for less than one year.