Engineered in Shanghai with rigorous FAT protocols. Fully pre-commissioned, modularized container units designed for seamless integration and extreme maritime conditions.
Addressing the critical intersection of energy scarcity and water stress through next-generation photovoltaic membrane technology.
Rapid industrialization, climate disruption, and escalating groundwater depletion have forced over 40% of the world's coastal municipalities into critical water stress. Solar reverse osmosis has emerged as the most bankable and scalable capital deployment solution across MENA, APAC, and the Americas.
Traditional thermal and grid-tied RO desalination operations carry enormous carbon penalties. Integrating direct-coupled or microgrid solar PV arrays with high-efficiency energy recovery devices (ERDs) cuts Specific Energy Consumption (SEC) below 2.8 kWh/m³, satisfying global ESG criteria.
By pre-integrating high-rejection SWRO membranes, variable frequency drives (VFDs), and solar tracking logic inside factory-certified modular enclosures, our OEM solutions slash field installation schedules by over 70%, dramatically lowering Levelized Cost of Water (LCOW).
Engineered for extreme operating environments: hypersaline seas, off-grid island outposts, offshore installations, and remote extractive facilities.
In island microgrids where diesel shipping costs inflate power prices, our solar containerized SWRO units operate completely off-grid. Smart buffer reservoirs decouple solar energy fluctuations from membrane throughput, delivering clean potable water compliant with WHO standards.
Providing steady boiler make-up and high-grade cooling water for chemical, refining, and manufacturing installations. Pre-engineered container arrays scale alongside facility growth, bypassing local municipal water extraction quotas and regional water rights caps.
Built for rugged environments with abrasive salt fog, high humidity, and wide diurnal temperature swings. 316L/Duplex stainless steel pipework, automated UF membrane backwash systems, and anti-corrosive container finishes ensure 20+ years of asset life.
Pioneering membrane resilience and intelligent process control for the modern industrial water economy.
Proprietary algorithms synchronize variable solar photovoltaic outputs with high-pressure booster pumps, balancing flux variation to mitigate fouling and protect membrane longevity without relying on high-maintenance battery banks.
Modern isobaric energy recovery devices channel high-pressure concentrate discharge directly into the incoming feed stream, capturing up to 96% of reject kinetic energy and slashing total operating costs.
Integrated smart PLC units continuously analyze influent TDS, temperature, pH, and feed flux. Dosing rates and Clean-In-Place (CIP) schedules adjust automatically, eliminating unplanned shutdowns.
Pairing SWRO arrays with high-pressure DTRO and mechanical vapor recompression (MVR) technologies enables near-total water recovery alongside mineral harvesting, eliminating coastal brine discharge impact.
From preliminary feed chemical profiles to multi-train skid assembly and lifetime field telemetry support, Shanghai Tongjie functions as your specialized OEM factory partner.
Engineered under ISO 9001, ISO 14001, and ISO 45001 standards, alongside CE export conformity. All skids, pressure housings, and weld seams undergo complete hydrostatic and performance testing before leaving our Shanghai production floor.
Supporting EPC contractors and global water equipment distributors with white-label assembly, custom control systems (Siemens/Allen-Bradley), branded paint codes, specialized footprint layouts, and export packaging.
Global on-site commissioning, remote telemetry, spare membrane delivery, and scheduled technician deployments ensure smooth operations across the entire asset lifecycle.
Full-spectrum industrial water processing: high-pressure DTRO systems, semiconductor-grade demineralizers, and oilfield-ready containerized plants.
Clear, engineering-backed answers to your most pressing questions about specifying, commissioning, and running solar seawater desalination systems.