WATER TREATMENT SOLUTION

Solar-Powered Brackish Water Desalination

Our brackish water reverse osmosis systems are engineered for high-efficiency operation using renewable solar power, significantly reducing operating costs in inland and off-grid environments.

Advanced pressure stabilization and adaptive motor control ensure stable performance under fluctuating solar input while maintaining optimized energy consumption (kWh/m³).

Available power configurations include:

• Direct solar operation
• Solar with battery storage
• Hybrid solar-grid systems

This flexibility enables reliable off-grid desalination while maintaining predictable freshwater production in remote inland environments.

Containerized and skid-mounted BWRO Plant Design

Each brackish water treatment plant is delivered in a standardized containerized or skid-mounted configuration for rapid deployment in inland and infrastructure-limited environments.

Key design advantages include:

• Pre-assembled and factory-tested systems
• Corrosion-resistant materials for demanding inland environments
• Integrated automation with remote monitoring
• Minimal civil infrastructure requirements
• Modular scalability for future expansion

The plug-and-play architecture reduces installation complexity and ensures fast commissioning in rural and decentralized applications.

Engineered for Low Energy Consumption

Our brackish water reverse osmosis (BWRO) systems are specifically engineered for salinity levels up to 6,000 mg/L TDS. By operating at significantly lower pressures than seawater reverse osmosis systems, BWRO plants achieve reduced specific energy consumption (kWh/m³) while maintaining high operational reliability.

The optimized pressure design and membrane configuration enable efficient groundwater desalination with minimized power demand — making BWRO the most cost-effective solution for low-to-moderate salinity inland water sources.

Performance characteristics:

• Freshwater production from 1 to 500m³/day
• Lower kWh/m³ compared to SWRO systems
• High recovery rates for groundwater and borehole applications
• Stable performance under variable inland water conditions
• Extended membrane lifespan through optimized low-pressure operation

Designed for infrastructure-scale inland desalination, BWRO systems deliver reliable freshwater production where energy availability, grid instability, and long-term operating costs are critical.

For high-salinity seawater applications exceeding 6,000 mg/L TDS, see our seawater reverse osmosis systems engineered for marine and coastal desalination.

Applications for Inland & Groundwater Infrastructure

Brackish water reverse osmosis (BWRO) systems are deployed across a wide range of inland and groundwater-based infrastructure projects, delivering reliable freshwater production in energy-sensitive and grid-limited environments.

Typical applications include:

• Inland municipalities and rural community water supply
• Agriculture using brackish groundwater sources
• Industrial process water treatment from saline boreholes
• Dedicated borehole desalination systems
• Remote inland infrastructure and drought-prone regionsne regions

By enabling decentralized groundwater desalination at the point of demand, BWRO plants reduce reliance on transported water, unstable grid connections, and diesel-driven treatment systems — ensuring long-term water security and predictable operating costs.

Proven Brackish Water Desalination Installations

Our brackish water reverse osmosis systems are operating in drought-prone regions, remote inland communities, agricultural projects, and municipal groundwater installations worldwide.

These installations demonstrate reliable low-energy desalination performance under variable borehole conditions and infrastructure-limited environments.