INTRODUCTION

The tank is usually made of high-quality carbon steel, stainless steel, or fiberglass-reinforced plastic, possessing good corrosion resistance and sealing performance. It can adapt to different installation environments and provides a stable and protected space for the internal sewage treatment processes. The influent system is responsible for introducing sewage into the equipment in an orderly manner, ensuring a uniform and stable water flow. The treatment units cover multiple treatment processes such as anaerobic treatment, aerobic treatment, sedimentation, and filtration. These processes work together to conduct in-depth treatment of pollutants such as organic matter, suspended solids, and nitrogen and phosphorus in sewage. The effluent system ensures that the treated clean water can be discharged smoothly, while the control system, like the "brain" of the equipment, can intelligently regulate the operation of each treatment process according to preset parameters, realizing automated operation and reducing manual intervention.

This equipment comes in a variety of specifications and can be flexibly selected according to the water volume, water quality characteristics of sewage, and specific application scenarios. It is widely used for sewage treatment in rural areas, scenic spots, schools, hospitals, factories, and other places. It is easy to install, occupies a small area, and runs stably and reliably, making it an ideal choice for solving the problem of decentralized sewage treatment.

WORKING PRINCIPLE

Integrated sewage treatment equipment comprehensively applies a variety of mature sewage treatment principles. Firstly, sewage enters the equipment through the influent system and then enters the anaerobic treatment stage. In an anaerobic environment, part of the organic matter in the sewage is decomposed by anaerobic bacteria and converted into gases such as methane and carbon dioxide, achieving the initial reduction of organic matter.

Subsequently, the sewage flows into the aerobic treatment area. Under aerobic conditions, aerobic microorganisms further decompose the remaining organic matter, converting it into carbon dioxide and water. Meanwhile, they can also conduct nitrification on ammonia nitrogen and remove nitrogen elements in the sewage. Then, the sewage that has undergone aerobic treatment enters the sedimentation stage. Through the action of gravity, the suspended solids in the water settle to the bottom of the equipment, realizing solid-liquid separation. After that, it may pass through a filtration unit to further remove fine suspended solids and other impurities, ensuring clearer water quality. Finally, the treated clean water that meets the standards is discharged through the effluent system. The whole process proceeds in an orderly manner under the precise regulation of the control system, efficiently completing the purification treatment of sewage so that the sewage can meet the corresponding discharge or reuse standards.

MAIN PERFORMANCE AND CHARACTERISTICS

l High Treatment Efficiency: It integrates multiple advanced sewage treatment processes and has an excellent removal effect on common pollutants such as organic matter, suspended solids, and nitrogen and phosphorus in sewage. Whether it is various organic waste and detergent residues in domestic sewage or some chemical substances in industrial sewage, it can conduct in-depth treatment to effectively reduce the pollutant content of sewage and make it meet the discharge or reuse requirements.

l High Degree of Automation: Equipped with an intelligent control system, it can automatically adjust the operating status of each treatment process according to preset parameters, such as controlling the amount of aeration, water flow speed, and sedimentation time. There is no need for manual monitoring and operation at all times, which not only saves labor costs but also ensures the stability and accuracy of the treatment process and reduces problems such as poor treatment effects caused by human operation errors.

l Small Footprint: Multiple treatment units are compactly integrated into one tank. Compared with traditional decentralized sewage treatment facilities, it saves a lot of space. It is especially suitable for areas with limited space, such as small settlements in rural areas and service stations in scenic spots, facilitating flexible installation and layout without occupying too much precious land resources.

l Stable and Reliable Operation: The treatment units are closely connected and cooperate well with each other. Moreover, the entire equipment adopts high-quality materials and advanced manufacturing processes, enabling it to operate stably in the face of changes in water quality and quantity as well as complex external environments. It is not prone to malfunctions and continuously provides a stable treatment effect for sewage treatment work. The maintenance cost is also relatively low.

l Strong Application Flexibility: Different combinations of internal treatment processes and operating parameters can be flexibly adjusted according to different sewage sources, water quality characteristics, and treatment scales. It can also be used in combination with other auxiliary equipment. Whether it is dealing with domestic sewage, medical sewage, industrial sewage, or sewage from some special industries, it can find suitable application methods, has good versatility, and can meet diverse sewage treatment requirements.

APPLICATION FIELDS AND INDUSTRIES

l Rural Domestic Sewage Treatment Field: In rural areas, sewage discharge is decentralized, the water volume is relatively small, and the water quality is complex. Integrated sewage treatment equipment can be installed and used according to local conditions to conduct on-site treatment of domestic sewage, removing pollutants such as organic matter and suspended solids in the sewage. The treated water can be used for irrigation, landscape water replenishment, etc., improving the rural water environment and helping to build beautiful rural areas, avoiding random sewage discharge that may cause pollution to surrounding water bodies and soil.

l Scenic Spot Sewage Treatment Field: If the sewage discharge in scenic spots is not properly treated, it will affect the ecological environment and tourist experience of the scenic spots. With the advantages of small footprint, good appearance, and excellent treatment effect, integrated sewage treatment equipment can be well integrated into the scenic spot environment, effectively treating domestic sewage, catering sewage, etc. generated in the scenic spots, discharging or reusing the treated sewage in line with the standards, protecting the natural landscape and water resources of the scenic spots, and enhancing the sustainable development ability of the scenic spots.

l School and Hospital Sewage Treatment Field: Schools and hospitals generate sewage containing different pollutants. For example, schools produce domestic sewage, while hospitals generate medical sewage containing pathogens, drug residues, etc. Integrated sewage treatment equipment can adjust treatment processes according to the special nature of these sewage to effectively remove harmful components in the sewage, ensuring that the sewage can be safely discharged after treatment and preventing threats to the surrounding environment and human health, meeting relevant environmental protection and health requirements.

l Industrial Sewage Treatment Field: For industrial sewage generated by some small factories and workshops, integrated sewage treatment equipment can customize appropriate treatment plans according to the characteristics of the sewage produced by their production processes, removing pollutants such as organic matter and heavy metal ions (in the case of corresponding treatment units) in the sewage, enabling the sewage to meet the discharge standards, avoiding serious pollution to surrounding water bodies, helping enterprises fulfill their environmental protection responsibilities, and realizing green production.

SUMMARY

Integrated sewage treatment equipment, with its integrated design, reliable working principle, and many excellent performance characteristics, has shown a powerful role in sewage treatment work in many important fields such as rural areas, scenic spots, schools, hospitals, and industry. It is like the all-round guardians in sewage treatment, quietly contributing to protecting the water environment, safeguarding public health, and promoting the sustainable development of various industries. With the continuous progress of science and technology, it is believed that integrated sewage treatment equipment will continue to make breakthroughs in aspects such as improving treatment efficiency, optimizing processes, and expanding applications, further meeting the increasingly diverse sewage treatment needs of society and becoming one of the key supporting equipment for creating a high-quality water environment and promoting the construction of ecological civilization.