Modular Containerized Potable Water Treatment Plant
Independent Drinking Water Production from Groundwater and Surface Water
Factory-assembled modular treatment plants engineered to convert groundwater, river, lake and reservoir water into potable water for communities, industrial sites, remote infrastructure and decentralized water-supply projects.
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PRODUCT OVERVIEW
A Complete Potable Water Plant in a Modular Configuration
SYNERAQUA modular potable water treatment plants integrate the required treatment processes, disinfection, pumping, instrumentation and automation into a factory-assembled modular system configured according to raw-water quality and project requirements.
Complete Modular SystemTreatment Skid / Core Treatment System
Project Equipment Prepared for International Shipment
RAW WATER SOURCES
Groundwater · River · Lake · Reservoir
TREATMENT
Filtration · UF · RO · Disinfection as required
DELIVERY CONFIGURATION
Skid-Mounted · Containerized · Multi-Module
APPLICATION
Community · Industrial · Infrastructure · Remote Sites
Treatment processes are selected according to raw-water characteristics and required treated-water quality. The final process configuration is project-specific.
1
Raw Water Intake
Pumping & screening
2
Pretreatment
Clarification as needed
3
Filtration
Suspended solids removal
4
UF / RO — When Required
Membrane treatment for specific water-quality requirements
5
Disinfection / Final Conditioning
Microbiological control & final conditioning
6
Potable Water Storage
Storage before distribution
7
Distribution
Supply to points of use
Engineering note: The actual process configuration is determined by raw-water quality and required drinking-water standards. Not every project requires UF or RO.
Typical Configuration Examples
Relatively Clean Groundwater
Filtration → Disinfection
Possible application: groundwater with relatively stable quality where advanced dissolved-solids removal is not required.
Possible application: projects requiring reduction of TDS or specific dissolved contaminants.
Illustrative configurations only. Final process selection requires review of raw-water analysis and applicable potable-water requirements.
Engineered for Modular Project Delivery
The treatment process is engineered into a modular system configuration according to capacity, site conditions, transportation constraints, installation requirements and operating philosophy.
Configuration is selected according to capacity, treatment process, transportation constraints and site conditions.
03
Reduced On-Site Assembly
Factory integration can reduce on-site assembly requirements and simplify interfaces between treatment modules, utilities and site infrastructure.
04
Scalable & Redundant Configuration
Multiple treatment modules can be configured for phased capacity expansion or project-specific redundancy requirements.
05
PLC-Based Automation
PLC-based control, process instrumentation, alarms and optional remote monitoring can be integrated according to project requirements and operating philosophy.
06
Project-Specific Delivery Engineering
Module dimensions, transportation constraints, installation interfaces, documentation and commissioning requirements can be considered during system engineering according to project-specific delivery requirements.
What We Need to Configure Your System
Provide the following project information to help us define the appropriate treatment process, system capacity and modular configuration.
01
Design Flow
Required treatment capacity in m³/h or m³/day.
02
Raw Water Source & Quality
Water source and available water analysis, including relevant physical, chemical and microbiological parameters.
03
Required Treated-Water Quality
Applicable potable-water standard or project-specific treated-water requirements.
04
Site & Operating Conditions
Operating hours, ambient conditions, available utilities and relevant site constraints.
05
Delivery Requirements
Skid-mounted, containerized or other project-specific installation and transportation requirements.
Potable Water Supply for Decentralized & Infrastructure Projects
Modular potable-water plants can support communities, industrial sites and remote projects where local water sources must be treated for independent potable-water supply. View project cases →
Communities & Municipal Water Supply
Potable-water production for villages, communities, small towns and decentralized public water-supply projects.
Industrial, Mining & Energy Sites
Independent potable-water supply for industrial, mining and energy facilities where centralized drinking-water infrastructure is limited or unavailable.
Remote Camps & Infrastructure
Potable-water production for temporary or project-based facilities such as construction camps and infrastructure sites.
Remote & Decentralized Developments
Independent potable-water production for remote and decentralized developments where centralized water-supply infrastructure is limited.
Ready to Discuss Your Project?
Send us the project information currently available. Raw-water analysis, capacity requirements, specifications, drawings or tender documents can help our engineering team review the project and prepare an appropriate system proposal.
You can send:
Water AnalysisCapacity RequirementsProject SpecificationsDrawings / BOQ / Tender Documents
Don't have all the information yet? Send what you have — our engineering team can help identify the remaining technical requirements.
Does every potable water treatment plant require reverse osmosis?
No. RO is selected when dissolved salts or specific contaminants must be reduced to meet the required treated-water quality. Projects with suitable raw-water quality may use filtration and disinfection without RO.
How is the required treatment capacity determined?
Design capacity should consider expected daily water demand, operating hours, peak requirements, storage strategy, redundancy and potential future expansion.
Can the system be expanded in the future?
Where future expansion is anticipated during the design stage, modular configurations can be developed to support phased capacity additions, subject to hydraulic, process and site requirements.
What level of site installation is required?
Factory integration can reduce on-site assembly, but site preparation, foundations, utility connections, raw-water intake, treated-water storage and distribution, and other interfaces depend on the project scope and site conditions.
Can SYNERAQUA provide installation and commissioning support?
Installation supervision, commissioning, operator training and technical support can be included according to the agreed project scope and delivery requirements.
What if complete raw-water analysis is not yet available?
Available project information can be reviewed at the preliminary stage. For final process selection and performance-related design, representative raw-water analysis and confirmed treated-water requirements are normally required.
Need a Modular Potable Water Treatment Plant?
Share your raw-water analysis, required capacity, potable-water requirements and project location. Our engineering team can review the information and evaluate a suitable treatment process and system configuration.
