Entries for Solar Desalination

Making solar thermal desalination economical through integration of ultra-low-cost thermal storage

The proposed technology offers a novel sorption-based solar desalination approach enabling an energy-efficient and low-cost ZLD treatment.

Solar Aqua Flex is a mat-like solar still for potable water production that floats directly on the source water and is completely passive.

Reduced thermal energy consumption FO plant with molten salt storage for CO2 emission free desalination.

Helping small industrial brine producers achieve cost-effective brine treatment on-site, with smart solar-thermal HDH technology.

We propose to integrate solar-thermal energy with a non-membrane-based desalination technique, Temperature Swing Solvent Extraction (TSSE).

SolAir combines MD, new materials, CSP, TVC to attain rapid, diffusion-free desalination with high temperature and reaching high efficiency

STREED combines broadband nanomaterials with resonant thermal energy storage to achieve 24/7 membrane-free solar desalination.

Selective Condensation and Evaporation using Precise Temperature Regulation (SCEPTER)

Solvent Extraction system using a gas to remove hardness from RO brine, allowing increased recovery and brine minimization.

GreenBlu is developing zero discharge thermal desalination with mineral recovery using the first ever multiple-effect adsorption distiller.

A vertical and decentralized desalination system composed of multi-stage VMDs with self-heated by solar-thermal collectors for urban areas.

We are enabling solar-driven membrane distillation for brine concentration using thermally and chemically robust ceramic membranes

BrineZero offers highly efficient, solar-driven technology for brine concentration with very high water recovery

Breakthrough 100% solar powered 500gpd ZLD Trans-Critical Water Desalination System providing drinking water from brackish & ocean waters.

The X-VAP is a modular, flexible and cost effective distillation technology which uses solar thermal energy directly.