Sewage Treatment Containerized Wastewater Package | RFQ Sourcing Details

Integrated sewage treatment equipment, with its advantages of modular integration, small footprint and convenient operation and maintenance, can flexibly adapt to different water quality and quantity requirements.

It is widely applied in urban and rural areas, residential communities, schools, petrochemicals, mechanical manufacturing, electronics, semiconductors, papermaking, slaughterhouses, leather, textile, dyeing and printing, hospitals, ho gy-saving, and user-friendly environmental solution tailored specifically for global international trade clients.

It is widely applicable to various domestic sewage and small-scale industrial wastewater treatment scenarios, , complex installation, and high operational and maintenance costs associated with traditional wastewater treatment facilities.

It helps global clients achieve compliant wastewater discharge and environmental compliance. Our integrated wastewater treatment equipment leverages internationally advanced biological treatment technology to efficiently remove pollutants such as BOD 5 , COD, and NH 3- N.

It offers stable and reliable performance with excellent treatment results, while featuring core advantages including low investment costs, a compact footprint, and easy maintenance. After years of technological refinement and iterative upgrades, the product has now advanced to its third generation.

The equipment's tank features integrated-molding columns at all four corners, with internal structures—including the sludge hopper, water distribution system, and collection weir—deeply integrated with the corrugated plate structure.

This significantly enhances the equipment's stability and service life, making it suitable for complex operating conditions across different countries and regions.

The core operating principle of the equipment follows a closed-loop treatment logic of "pre-removal, degradation, refinement, and final disinfection." The entire treatment process is divided into four key stages: pretreatment, core biological treatment, advanced purification and disinfection, and sludge disposal.

Process parameters can be flexibly adjusted according to the environmental standards of different countries to ensure that the effluent quality fully complies with local discharge requirements without the need for additional treatment units.

The pretreatment stage is equipped with stainless steel mechanical screens that efficiently intercept large-volume impurities such as hair, paper scraps, and suspended particles, preventing blockages in subsequent pipelines and core components.

The equalization tank balances water quality and flow, buffering the impact of fluctuations in water volume and quality on subsequent treatment units. Simultaneously, aeration and agitation prevent the sedimentation of impurities, laying a solid foundation for stable subsequent treatment.

The core biological treatment stage employs a modular design, allowing for flexible configuration of mainstream processes such as A/O and A²/O.

Through the metabolic activity of highly efficient microbial communities, organic pollutants and harmful substances such as ammonia nitrogen in the wastewater are decomposed into harmless carbon dioxide and water, achieving deep degradation of pollutants.

Treatment efficiency is improved by more than 30% compared to traditional equipment, while energy consumption is reduced by 15%–20%, balancing both environmental protection and energy-saving requirements.

The advanced purification and disinfection stage employs UV disinfection or chlorine dioxide disinfection processes to effectively eliminate harmful microorganisms such as bacteria and viruses in the wastewater, ensuring the hygiene and safety of the effluent.

The sludge treatment unit features an integrated sludge thickening and dewatering design