Sewage Treatment Equipment

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Denor Fluid Equipment (Wuhan) Co., Ltd.

Anhui, China

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The most recent water treatment products available on the market today is integrated sewage treatment equipment. It is designed as an integrated complete set of organic wastewater treatment equipment, using the WSZ series of carbon steel anti-corrosion as the primary raw material, and is based on a summary of operating experience of domestic and foreign sewage treatment equipment, combined with scientific and technological achievements and engineering practice. Its main goal is to process domestic sewage and comparable industrial organic wastewater so that it satisfies user requirements for discharge standards. The equipment can be buried beneath the surface, and the surface above it can be used for landscaping or other purposes. It also eliminates the need for personnel management, automatic control, sludge reflux operation, and simple, convenient maintenance. Automatic electrical control systems are installed throughout the equipment processing system, ensuring safe and dependable operation. Regular maintenance and upkeep of the equipment are usually sufficient to avoid the need for special management. Long service life, no smell, and low noise.
Operational concept of Sewage treatment equipment
1. To remove the suspension of large particles, chemicals, and contaminants, sewage is initially captured by a grille as it enters the equipment. This will prevent harm to the sewage treatment unit that comes after it and guarantee that the system runs normally.
2. The regulating tank receives the sewage that the grid intercepted. In order to give sewage a more consistent treatment impact in the next treatment unit, the regulating tank is utilized to control the volume of water and homogenize the water quality.

3. Use a pump to adjust the sewage in the pool to an anoxic pool. Then, add fillers to the anoxic pool to increase the surface area of contact between the sewage and the filler. This allows both anoxic and aerobic bacteria to fill the pool, perform their respective functions, and treat the sewage by removing nitrogen and phosphorus.
4. The biofilm carrier is mounted in the contact oxidation pool, and the anoxic pool's effluent enters the pool. Both anaerobic and aerobic bacteria stick to the biofilm in order to proliferate, break down organic materials through oxidation, and change nitrogen, phosphorus, and ammonia into nitrate and phosphate.
5. The sedim entation tank receives the effluent from the contact oxidation tank. In order to clarify the treated water, the sedimentation tank's job is to separate the active sludge from the clean water. As supplemental nutrients for microorganisms, a portion of the separated active sludge is reintroduced to the anoxic pool and contacts the oxidation pool. After being dehydrated, the other portion is transported.
6. The sedimentation tank's effluent must be cleaned and released in accordance with standards. The goal of disinfection is to eliminate harmful bacteria from the water and guarantee its safety.

Application Scenarios of Sewage Treatment Equipment

MANY ENVIRONMENTS, ONE MACHINE
Living quarters
School
Restaurant
Pasture
Factory
Nosocomium

Benefit of Performance of Sewage treatment equipment
1. Miniaturization and tiny footprint: This equipment often has a small volume and footprint, making it ideal for locations with limited space or inadequate surroundings.
2. Integrated design: To create a comprehensive sewage treatment system, several sewage treatment procedures are combined.
3. Efficiency: Multiple treatment steps can be completed in a compact area by integrated sewage treatment equipment thanks to the integrated treatment process, which increases sewage treatment efficiency.

Specifications of Sewage treatment equipment
1. Extreme dependability
High-quality materials and an innovative production technique are used in the equipment, which has great reliability and stability.
2. Profound intellect

High levels of automation seen in integrated equipment can significantly lessen the challenges associated with manual operation and maintenance.
3. Adaptable customization
The equipment can be combined and customized to fulfill the various processing requirements of various industries.