Project-Specific Pretreatment
Pretreatment is selected from representative raw-water data and the requirements of the downstream process.
MODULAR & CONTAINERIZED WATER SUPPLY
A project-configured integrated water supply system combining pre-filtration, membrane filtration, disinfection, treated-water storage and constant-pressure supply. The membrane-filtration stage can use UF or ceramic membrane technology according to project conditions and confirmed technical requirements.
QUICK ANSWER
The configuration is selected according to the raw-water source, water quality, required capacity, peak demand, intended use, required pressure, available power supply and installation environment.
Pretreatment is selected from representative raw-water data and the requirements of the downstream process.
UF or ceramic membrane filtration is selected according to project conditions and confirmed technical requirements. This does not mean membrane modules can be interchanged without design review.
Disinfection follows the confirmed treatment requirements. Confirm the method and product-water requirements during technical review.
Treated-water storage and constant-pressure supply form part of the complete system architecture. The quotation must identify equipment and interfaces as included, optional or supplied by others.
No treatment performance or product-water quality result is confirmed without representative raw-water data and an agreed acceptance basis.
| Parameter | Specification | Unit | Notes / design basis |
|---|---|---|---|
| Process architecture | Pre-filtration → membrane filtration → disinfection → treated-water storage → constant-pressure supply | — | Pretreatment and each stage are configured to the raw-water conditions and intended use. |
| Treatment capacity | Project-specific average capacity and peak flow | — | Provide demand, operating schedule and units before configuration; no fixed capacity is stated. |
| Membrane technology | UF or ceramic membrane filtration, selected after technical review | — | PVDF hollow-fiber UF is a configuration example, not a universal specification. Different technologies are not directly interchangeable. |
| Product-water requirement | Defined by the intended use and agreed acceptance basis | — | Representative raw-water analysis is required before treatment performance or water quality can be confirmed. |
| Disinfection | Project-specific method following membrane filtration | — | Confirm the intended product-water use and disinfection requirements. |
| Storage and pressure supply | Functions within the complete system architecture | — | The quotation must identify tank, pump, control and connection supply as included, optional or supplied by others. |
| Electrical and control requirements | Site voltage, frequency, available electrical capacity and control interfaces | — | Provide local or remote monitoring requirements and confirm compatibility during technical review. |
| Package and site interfaces | Project-configured skid-mounted or containerized arrangement | — | Confirm equipment, tanks, piping, installation and commissioning responsibilities in the supply boundary. |
These entries describe the configuration basis, not fixed ratings or a guaranteed water-quality result. Final parameters and included equipment follow the project review and quotation.
Some project configurations can use PVDF hollow-fiber ultrafiltration. The documented submerged UF configuration uses hydrophilically modified PVDF hollow-fiber membranes and modular, removable membrane assemblies, with project-specific pretreatment and disinfection after ultrafiltration.
This is a configuration example, not the standard membrane specification for every integrated system. PVDF and ceramic membranes are different technologies; an alternative requires its own confirmed technical specification and design review.
TREATMENT PROCESS
Confirm the source, available analysis and seasonal variation.
Select pre-filtration and any further pretreatment after the main water-quality risks and downstream requirements are identified.
Select UF or ceramic membrane filtration according to project conditions. Confirm the membrane material, module arrangement and operating requirements against the source-water analysis.
Confirm disinfection requirements for the intended product-water use.
Define storage requirements and interfaces within the complete system. Confirm the tank supply boundary in the quotation.
Define delivery flow, peak demand, required pressure and controls. Confirm which pumps, controls and connections are included, optional or supplied by others.
APPLICATIONS
SELECTION TABLE
| Parameter | Specification | Unit | Notes / design basis |
|---|---|---|---|
| Raw-water source | Groundwater, surface water, municipal supply or other source | — | — |
| Raw-water quality | Available analysis and known seasonal variation | — | — |
| Water demand | Average capacity and peak flow | — | — |
| Required pressure | Outlet pressure or required pressure range | — | — |
| Intended use | Domestic, utility, process-support or emergency supply | — | — |
| Installation | Indoor, outdoor, remote, skid-mounted or containerized | — | — |
| Power supply | Voltage, frequency and available electrical capacity | — | — |
| Project location | Country, climate, altitude and transport limitations | — | — |
| Controls | Local control, remote monitoring and required interfaces | — | — |
| Supply boundary | Equipment, tanks, piping, installation and commissioning scope | — | — |
The final process, materials, package arrangement, performance commitments, price, commercial terms and supply boundary are customized and confirmed after technical review.
Treatment, storage and constant-pressure supply form the complete system architecture, with each function and supply boundary confirmed in the quotation. For an independent pressure-supply package, review the constant-pressure water supply system when distribution pressure control is required.
Pump-driven and gravity-driven configurations require different site conditions. Final selection follows the available hydraulic head and water-quality review; no universal energy-saving percentage is claimed.
Equipment parameters and supply scope are reviewed against your project requirements. Final configuration, materials, interfaces and supply responsibilities are confirmed after technical review.
Lead time is confirmed in the project-specific quotation after the equipment scope and technical requirements have been reviewed. Share your destination and required delivery schedule with your inquiry.
Provide the installation site's voltage, frequency and phase requirements. Compatibility of the proposed motors, drives and controls must be confirmed during technical review; a universal electrical configuration is not assumed.
No. The membrane-filtration stage may use UF or ceramic membrane technology according to raw-water conditions and confirmed technical requirements. PVDF hollow-fiber UF is one configuration example. These technologies are not directly interchangeable without design review.
No treatment performance or product-water quality result is confirmed without representative raw-water data and an agreed acceptance basis. Provide the water source, analysis, seasonal variation, intended use and required output so the process and acceptance requirements can be reviewed.
Storage and constant-pressure supply are part of the complete system architecture, but this does not establish the equipment or service supply boundary. The quotation must identify tanks, pumps, controls, piping, connections, installation and commissioning responsibilities as included, optional or supplied by others.
START WITH YOUR PROJECT REQUIREMENTS
For an initial written review, share the application, capacity or airflow, key contaminants, required equipment scope, preferred materials, available drawings, destination and target schedule.