All pretreatment, reverse osmosis, control, and cleaning systems are integrated into standard 20-foot or 40-foot containers, achieving true integration and modular design.
At the site, only the water inlet, outlet, power supply, and water output port need to be connected. Commissioning can be completed in as fast as 24 hours, producing qualified fresh water and significantly reducing the project timeline.
Compliant with international container transportation standards, it can be easily transported via sea, land, or rail to any required destination worldwide.
The robust container shell provides excellent protection for the internal precision equipment, making it suitable for various complex climatic and environmental conditions such as those in the field, on islands, or in deserts.
Despite its compact design, the core manufacturing process remains consistent with that of large-scale equipment, with a daily water production capacity per tank ranging from 20 to 500 tons (scalable through parallel expansion of multiple tanks). The treated water meets stringent standards for drinking water or industrial use.
The internal layout is well-designed, with clear maintenance access routes and key equipment easily accessible for inspection and maintenance.
Equipped with an intelligent touchscreen control system, it features fully automatic operation, one-touch start/stop, status monitoring, fault alarms, and remote management capabilities.
The interface is user-friendly, allowing non-professionals with basic training to handle daily operations effectively.
Within a limited space, the system features a scientifically arranged configuration of multi-stage pretreatment (including ultrafiltration), high-efficiency reverse osmosis membrane modules, an energy recovery unit (optional), as well as disinfection and post-treatment units, maximizing both space utilization and treatment efficiency.
The container body is reinforced with anti-corrosion, thermal insulation, and shock-absorbing treatments, while the internal equipment employs marine-grade corrosion-resistant installation methods, ensuring stable performance during long-distance transportation and in harsh environments.
The power interface (utility grid/generator) can be flexibly configured, and an optional photovoltaic power supply system is available to meet operational requirements in off-grid areas. It integrates high-efficiency pumps with energy recovery technology to reduce operational energy consumption.
Standardly equipped with a 4G/5G IoT module, it enables real-time remote monitoring of critical parameters such as water quality, flow rate, and pressure via both PC and mobile devices, receives alarm notifications, and supports remote diagnostics and parameter adjustments, thereby simplifying operational maintenance.