Integrated Ceramic Flat Membrane System | Movable High-Quality Drinking Water Station

Preface

The construction of urban and rural water supply systems continues to face the challenge of "distant water being no cure for a present thirst"—aging communities struggle with unstable water pressure, high-rise buildings face water access difficulties, remote areas lack pipeline coverage, and emergency projects operate under tight deadlines etc.. These points not only hinder development but also directly impact residents' drinking water safety and health.

WECLEAN redefines the concept of a "water plant" with innovative ceramic membrane technology, introducing a small, movable, integrated water purification system. This solution provides a sustainable "water production strategy" for safe drinking water demand, that require high standards, rapid response, and flexible deployment.

A Movable High-Quality Drinking Water Station

Compact, flexible, and ready-to-use, WECLEAN integrated system breaks away from the bulky and complex model of traditional water plants, advancing drinking water purification into a smarter, more efficient new phase.

WECLEAN Integrated System

The system incorporates ceramic flat membrane separation technology, highly integrating multiple treatment units from traditional plants into a containerized structure. It includes high-performance ceramic flat membrane modules, water production systems, pipeline control systems, and supporting detection equipment, capable of efficiently treating complex raw water like rivers, lakes, and groundwater to stably produce high-quality drinking water.

Why Choose WECLEAN?

We directly address the inherent shortcomings of traditional processes, offering a breakthrough solution:

Robust Performance Parameters

→ High Precision: Suspended solids rejection rate >99.9%, stable effluent turbidity <0.1 NTU, exceeding national standards (<1.0 NTU).

→ High Flux: Water production flux of 80–200 LMH, easily handles peak water demand.

→ Strong Fouling Resistance: Spherical α-Al₂O₃ material, easy to clean, lifespan 3–5 times that of organic membranes.

→ High Durability: Resistant to acids, alkalis, high temperature, organic solvents, high salinity; suitable for complex water quality.

→ Eco-Friendly: No fiber or microplastic shedding, supports regeneration, environmentally friendly.

Smart Monitoring, Effortless Operation

→ Intelligent Monitoring: Automated control system provides real-time water quality and equipment status monitoring, enabling unmanned operation.

→ High Integration: Combines sedimentation, filtration, and other processes, reducing footprint by 70%.

→ Independent Zones: Independent mixing and coagulation zones allow flexible adjustment, extending membrane life and ensuring long-term stable operation.

Energy Saving & Significant Economic Benefits

→ Low Energy Consumption: Intermittent operation combined with gravity-driven filtration significantly reduces power requirements.

→ Short Project Cycle: Deployment in as fast as 3 months, reducing construction time by approximately 80%.

→ Low Initial Investment: Saves over 30% on initial investment compared to traditional processes, with no need for large-scale civil works.

→ Modular Design: Supports modular expansion and relocation, adapting to site changes and reducing project waste.

→ New Business Model: Leasing options available for flexible application and lower upfront costs.

Focus on Safe Drinking Water Scenarios

WECLEAN provides in-depth customization, with treatment capacities from 5 to 10,000 t/d, meeting diverse water supply needs:

This integrated system has been deployed in numerous water quality improvement and safe drinking water projects, with a maximum treatment capacity of 3,000 t/d. Its stable, superior effluent quality has made it a demonstration project widely promoted across multiple locations.