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Integrated water purification unit


This device employs ceramic flat‑membrane ultrafiltration as its core technology, integrating conventional processes such as coagulation, sedimentation, sand filtration, and disinfection into a single compact unit. It not only effectively removes organic matter, ammonia nitrogen, suspended solids, “two parasites,” pathogenic microorganisms, and bacteria from the water source, but also efficiently eliminates emerging trace contaminants—including endocrine‑disrupting chemicals (EDCs), pharmaceuticals and personal care products (PPCPs), and pesticide residues—at removal rates exceeding 99%, thereby delivering safer, healthier, and higher‑quality drinking water.


Keywords:

Integrated water treatment unit


Process flow

 Water purification device

Technical Principle

  This device employs ceramic flat‑membrane ultrafiltration as its core technology, integrating conventional processes such as coagulation, sedimentation, sand filtration, and disinfection into a single compact unit. It not only effectively removes organic matter, ammonia nitrogen, suspended solids, “two parasites,” pathogenic microorganisms, and bacteria from the water source, but also efficiently eliminates emerging trace contaminants—including environmental endocrine disruptors (EDCs), residual pharmaceuticals and personal care products (PPCPs), and pesticide residues—at removal rates exceeding 99%, thereby delivering safer, healthier, and higher‑quality drinking water.

Equipment Features

  *The ceramic flat-sheet membrane exhibits strong anti-fouling performance, excellent recoverability, and high flux, ensuring long-term stable, high-quality effluent quality.

  *Integration of micro‑flocculation with ceramic flat‑sheet membrane technology, reducing land footprint and lowering capital investment;

  *High degree of integration, enabling optimization of the process flow based on the raw water quality; easy installation and short construction period.

  *Highly automated and intelligent, with precise dosing control and automatic switching among multiple operating modes to accommodate fluctuations in water quality and flow rate.

Specification and Model

Specification and Model Treated water volume Component model Number of components Equipment dimensions (length × width × height) Number of devices
XS-C-5 5t/d XS-MS-50 1 4.0*1.2*2.5 meters 1
XS-C-10 10t/d XS-MS-80 1 4.2*1.5*2.5 meters 1
XS-C-50 50t/d XS-MS-100 6 6.0*2.4*2.6 meters 2
XS-C-80 80t/d XS-MS-10 8 6.5*2.4*2.6 meters 2
XS-C-100 100t/d XS-MS-100 10 8.0*2.4*3.0 meters 2

Equipment Features

  *Drinking water in commercial districts, parks, tourist attractions, plazas, and other public areas;

  * Drinking water in dispersed areas such as villages, remote regions, and military barracks;

  *Upgrading and retrofitting existing water treatment plants.

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