OSU Zero-Liquid Discharge Solar HDH Reactor¶
Membranes & Advanced Filtration • Est. CapEx: Low-Cost / Locally Fabricated • Lifespan: 10 Years (Standardized)
Technical Overview¶
Oregon State University is developing a modular, lightweight humidification-dehumidification system that treats highly saline water—including brines saltier than seawater—with zero liquid discharge. Funded by a $2 million DOE award, the process relies entirely on low-temperature solar-thermal heat.
Key Specifications & Engineering Parameters¶
| Parameter | Specification |
|---|---|
| Category | Membranes & Advanced Filtration |
| Capital Cost (CapEx) | Low-Cost / Locally Fabricated |
| Power / Energy | Solar PV / Thermal |
| Target Scale | Community Scale |
| Standard Lifespan | 10 Years (Standardized) |
| Technology Maturity | Prototype |
| Primary Mechanism | A solar-heat-driven reactor forces air through precision nozzles that vaporize saline water into a humid air stream. The stream is then dehumidified to capture fresh water, while dissolved solids precipitate out, achieving zero liquid discharge without membranes or electricity. |
Cross-Reference & Interactive Tools¶
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