Seawater Desalination Plant
BIC delivers project-based seawater reverse osmosis (SWRO) solutions for coastal, island, municipal and industrial water supply. Explore BIC desalination project references in China, Indonesia and Mauritania, including systems for power projects, public water facilities and coastal developments.
BIC’s seawater desalination project references cover China, Indonesia and Mauritania. The projects include public-sector water facilities, thermal power development, coastal real estate and reverse osmosis desalination installations designed for different daily water demands.
Each project is configured according to its raw seawater conditions, required freshwater output, final water use, available power supply, installation environment and operation requirements. This project-based approach allows the treatment process, equipment layout and control strategy to be matched to the actual site instead of applying one standard configuration to every location.
BIC develops SWRO project solutions for locations where conventional freshwater sources are limited, unreliable or unsuitable for the intended use.
Typical project applications include:
◆ Freshwater supply for islands and remote coastal areas
◆ Public and municipal water-supply facilities
◆ Process and utility water for thermal power plants
◆ Industrial facilities requiring a stable source of treated water
◆ Coastal residential and real estate developments
◆ Potable, process or irrigation water projects with defined output-water requirements
| Project Input | Design Consideration |
|---|---|
| Raw seawater analysis | TDS, salinity, temperature, turbidity, SDI, suspended solids, organics, biological activity and other site-specific contaminants |
| Required production capacity | Average demand, peak demand, daily operating hours, storage volume and future expansion requirements |
| Product-water use | Potable water, industrial process water, utility water or irrigation water |
| Required water quality | Target TDS and applicable customer, industrial or local water-quality standard |
| Intake conditions | Open intake, beach well, existing pipeline, pumping distance and seasonal water-quality changes |
| Site conditions | Available footprint, ambient temperature, marine corrosion exposure and access for installation and maintenance |
| Power supply | Voltage, frequency, available capacity, backup power and energy-recovery requirements |
| Automation requirements | Local control, PLC operation, alarms, instrumentation and remote supervision requirements |
| Brine management | Discharge point, outfall arrangement and applicable local environmental requirements |
| Delivery format | Plant-room installation, skid-mounted system or containerized configuration |
Depending on the agreed contract scope, BIC can support different stages of a seawater desalination project, including:
◆ Technical consultation and design-basis review
◆ Raw-water and product-water requirement evaluation
◆ Process design and equipment configuration
◆ System development, equipment assembly and supply
◆ Electrical and automatic-control configuration
◆ Installation and commissioning support
◆ Operation and maintenance technical guidance
◆ Maintenance, repair and after-sales technical support
For available equipment models and standard system information, review BIC’s seawater desalination plant. More information about site investigation, installation guidance and commissioning support is available through BIC’s technical service.
◆ Experience in water conservancy, hydropower and water-treatment engineering
◆ Seawater desalination references in China, Southeast Asia and West Africa
◆ Project-specific configuration based on raw water, capacity and output-water requirements
◆ Plant-room, skid-mounted and containerized installation options
◆ Support covering design, equipment supply, installation, commissioning and after-sales technical guidance
◆ Reverse osmosis system experience involving membranes, high-pressure pumps, energy-recovery devices and automatic controls
Send BIC your seawater analysis, required capacity, final water use, power conditions and installation requirements. Our engineering team will review the project basis and recommend an appropriate SWRO process and delivery configuration.
Submit your project requirements to begin the technical evaluation.
