Name: Integrated Containerized Unit
Brand: JX Filtration

Description

JX Filtration offers a full range of integrated containerized units from compact 10-foot skids to complete 40-foot plants, with flexible customization options to suit various flow rates and water qualities across municipal, industrial, mining, and emergency response applications—pre-assembled, factory-tested, and ready for rapid on-site commissioning.

An integrated containerized unit, also known as a containerized water treatment plant or packaged treatment system, is a self-contained process facility built inside a standard ISO shipping container. The container serves as the building, the transport frame, and the equipment skid all at once. The full process train—including pretreatment, filtration or membrane separation, disinfection, and power/control systems—is integrated, piped, wired, and tested in the workshop before dispatch. At site, the unit is craned onto a simple pad, connected to feed, discharge, and power, and commissioned in days rather than the months required for a conventional civil-built plant.

Working Principle

Integrated Process Train: All treatment stages are arranged within the container footprint in a logical flow sequence. A typical train includes raw water intake, pretreatment (media filtration, self-cleaning or bag filters), core separation (membrane modules, media beds, or chemical treatment), post-treatment (UV, dosing, or polishing), and a dedicated control room zone. Each module is pre-piped and pre-wired, eliminating the need for on-site fabrication.
Plug-and-Play Commissioning: Because the full process train is assembled and commissioned indoors before shipping, site work is reduced to set-down, connection of feed/discharge/power, and system start-up. Factory acceptance testing verifies performance before the unit leaves the workshop, reducing on-site risk and commissioning time.
Unattended Automation: PLC/SCADA control runs start-up sequences, fault recovery, backwash cycles, and shutdown without a permanent operator on site. Remote telemetry via satellite or cellular network enables monitoring and diagnostics from a central location, supporting lights-out operation in remote or unmanned facilities.

Advantages

Rapid deployment – Factory-integrated and pre-tested, with site commissioning typically completed in days instead of months
Standard ISO footprint – Containerized shell fits existing road, rail, sea, and crane logistics chains without abnormal loads or special permits
No civil construction required – Eliminates the need for buildings, foundations, and extensive site piping; the container itself is the plant enclosure
Climate-hardened construction – Insulated, dust-sealed, and available with salt-air-rated or tropicalised finishes for ambient temperatures from −55°C to +55°C
Self-contained power options – On-board diesel, solar-battery hybrid, or fuel-cell power available for off-grid sites, with load-shedding integrated into the controls
Unattended operation – PLC/SCADA automation with remote telemetry supports lights-out operation with no permanent operator required
Swap-out maintenance philosophy – Quick-release modules and on-board spares kits allow faulty units to be swapped as a whole rather than repaired in the field, maximizing uptime
Flexible process configuration – Available with media filtration, membrane separation, chemical treatment, or hybrid process trains to match specific water sources and treatment objectives
Compact and relocatable – Can be transported to new sites as requirements change, making it suitable for temporary or seasonal operations

Application

Municipal Water Supply
Industrial Process Water
Emergency & Disaster Relief
Mining & Remote Operations
Oil & Gas
Military & Defense
Agricultural & Livestock
Temporary & Seasonal Operations

Materials & Connection Types

Container Shell: Standard 10′, 20′, and 40′ ISO containers, insulated, dust-sealed, and available with salt-air-rated, tropicalised, or arctic-hardened finishes.

Process Piping: Stainless steel 304/316L, PVC, or FRP as required by process fluid.

Tanks & Vessels: 304/316 stainless steel, FRP, or carbon steel with internal anti-corrosion lining.

Membrane Elements (if applicable): PVDF, PES, or ceramic UF membranes; polyamide composite RO membranes.

Pumps: Grundfos CR series multistage centrifugal, or equivalent, for feed, backwash, and chemical cleaning duties.

Control System: PLC/SCADA with touch panel HMI, remote telemetry (satellite or cellular), and automated backwash/fault recovery sequences.

Power Supply: 380V/50Hz 3-phase standard; on-board diesel, solar-battery hybrid, or fuel-cell power available for off-grid operation.

Flow Capacity: 1 – 1,000 m³/h depending on process train and container size.

Container Sizes: 10′, 20′, 40′ ISO standard.

Commissioning Time: 2 – 14 days on site, compared to months for conventional civil construction.

Spares Kit: On-board 6–12 month spares kit available with swap-out maintenance philosophy.