Filter · RO · Disinfect / Bottled & process water
A complete purification route for bottled water and beverage process water, from raw-water pump to pure-water tank. Each stage is sized to the source-water report and the finished-water target.
Treatment route
9 stages in three phases. Select a stage to see its role and configuration options.
Phase 1 · Pre-treatment
Phase 2 · Membrane
Phase 3 · Disinfection & storage
Stage 06 · Membrane
Uses membrane separation to reduce dissolved salts and produce water for bottled-water and beverage applications. Source-water analysis and finished-water quality requirements guide membrane selection and process configuration.
View equipment detailsCustomizable configuration
Feed and permeate flow, recovery target, membrane arrangement and pump selection are configurable. The skid footprint, controls and cleaning arrangement are specified around the required output and site layout.
Factory footage · 30 T/h RO system
Project-specific configuration
Equipment selection follows your source-water analysis, finished-water requirements and production demand. Capacity, dimensions and configuration are confirmed for each project.
01Pre-treatment
Feeds source water into the treatment train at a stable flow and pressure.
Maximum inlet pressure is limited by the maximum operating pressure. Liquid temperature to be confirmed per project.
Quartz sand
Activated carbon
Ion-exchange resin02–04Pre-treatment
Graded silica sand removes suspended solids and sediment before downstream treatment. Manual-valve backwashing restores the filter bed.
Shell-type activated carbon adsorbs colour, odour, residual chlorine and organic compounds, protecting the treatment stages downstream.
Cation-exchange resin removes calcium and magnesium ions to soften the water and reduce scaling on the RO membranes. Brine regeneration restores the resin.
Filter cartridges05Pre-treatment
Captures fine suspended particles and traces of filter media before water enters the RO system. The cartridge housing provides a final filtration step after sand, carbon and softening treatment, helping protect the downstream membranes.
Filtration rating, cartridge quantity, housing size and pipe connections are selected to match source-water conditions and required flow. Materials and operating limits are confirmed for each installation.
06Membrane
Uses membrane separation to reduce dissolved salts and produce water for bottled-water and beverage applications. Source-water analysis and finished-water quality requirements guide membrane selection and process configuration.
Feed and permeate flow, recovery target, membrane arrangement and pump selection are configurable. The skid footprint, controls and cleaning arrangement are specified around the required output and site layout.
07Disinfection & storage
Uses ultraviolet light to inactivate microorganisms as treated water passes through the reactor. It provides a disinfection step without chemical dosing, with the treatment duty determined from water quality and the downstream process.
Treatment flow, lamp power, UV dose and reactor dimensions are selected for the project. The configuration is matched to operating conditions and disinfection requirements, with lamp access and maintenance considered in the layout.
08Disinfection & storage
Combines ozone generation and mixing to introduce ozone into treated water before storage. Generator duty and contact conditions are coordinated with product-water flow and the required disinfection process.
Ozone output, oxygen supply, mixing-tank capacity and pump arrangement are customizable. System dimensions and pipe connections are planned to suit the treatment route and available installation space.
09Disinfection & storage
Provides a buffer of treated water between purification and filling. Tank size and layout are planned around filling demand and available floor space, with access for inspection, cleaning and drainage considered as part of the design.
Storage volume, vessel dimensions, wall thickness and pipe connections are customizable. Material selection, level indication and breather arrangement are confirmed for the project.
Published technical data
RO system sizes from 0.5 to 30 T/h. Power, footprint and weight are for the RO system; confirm the full route against your source water.
| Model | Capacity (Ton Per hour) | General power | Size(L*W*H) | Weight (kg) |
|---|---|---|---|---|
| RO-500L/H | 0.5Ton | 0.75kw | 1550*900*1820mm | 350kg |
| RO-1000L/H | 1Ton | 1.5kw | 1980*900*1940mm | 500kg |
| RO-2000L/H | 2Ton | 2kw | 4800*700*2050mm | 700kg |
| RO-3000L/H | 3Ton | 5kw | 6000*800*2200mm | 800kg |
| RO-4000L/H | 4Ton | 6.5kw | 7000*900*2400mm | 1000kg |
| RO-5000L/H | 5Ton | 8kw | 8000*1000*2700mm | 1500kg |
| RO-6000L/H | 6Ton | 12kw | 8500*1600*1920mm | 2000kg |
| RO-8000L/H | 8Ton | 15kw | 10000*1870*3000mm | 4000kg |
| RO-10000L/H | 10Ton | 20kw | 12000*1700*3500mm | 4500kg |
| RO-15000L/H | 15Ton | 25kw | 12500*1700*3500mm | 6500kg |
| RO-20000L/H | 20Ton | 30kw | 13000*1900*3500mm | 9000kg |
| RO-30000L/H | 30Ton | 35kw | 13500*2300*3800mm | 12000kg |
RO protection & control
The RO protects itself, flushes after every stop and cleans in place, all from one control box.
Pressure switches on the high-pressure pump inlet and outlet. Low inlet pressure (≤ 0.05 MPa) or high outlet pressure (≥ 1.8 MPa) triggers an alarm and stops the pump automatically.
A valve on the high-pressure pump lets membrane pressure rise gradually, avoiding water-hammer damage.
A motorised concentrate valve runs a 10–20 min low-pressure flush each time the RO stops, plus regular high-flow flushing to limit fouling.
A built-in CIP unit cleans the membranes when performance drops, restoring salt rejection and permeate output.
One process control box with automatic and manual modes, tank-level interlocks and online permeate-flow display.
Equipment sized to the specified output and water quality, with design, supply, installation and commissioning until the system runs normally.
Pumps, membranes and controls come from established brands.
The route can be extended later if water-quality requirements rise.
Process parameters, equipment selection and controls are set for safe, stable and efficient operation.
Plan your water route
Share the source-water analysis, the required finished-water quality and the target flow. We will recommend the treatment stages and system size.
Request a proposal