Improved salt crystal production unit
A desalination stage integrated within a salt marsh enhances salt crystal production and provides chemical-free fresh water by concentrating and purifying seawater, addressing profitability and sustainability issues in seawater desalination.
Patent Information
- Authority / Receiving Office
- FR · FR
- Patent Type
- Applications
- Current Assignee / Owner
- Filing Date
- 2024-08-29
- Publication Date
- 2026-03-06
AI Technical Summary
Existing seawater desalination methods, particularly reverse osmosis, face challenges in profitability and sustainability, including high energy consumption, environmental impact, and chemical use, especially in regions with abundant fresh water, and discharge of concentrated brines into the sea.
Integration of a desalination stage within a salt marsh using basins upstream and downstream of the desalination device to concentrate and purify seawater, eliminating the need for chemical pretreatment and preventing brine discharge, while utilizing renewable energy.
Enhances salt crystal production yield, provides chemical-free fresh water, and reduces environmental impact by optimizing production processes without chemical use and brine discharge, making it sustainable and profitable in regions with abundant fresh water.
Smart Images

Figure 00000033_0000 
Figure 00000034_0000 
Figure 00000035_0000
Abstract
Citation Information
Patent Citations
Fluidic fluid purifying device and associated purifying method
EP3681626A1
Method for recovering inert or living microparticles and use and installation of same
WO2011055101A1
Fluidic device for filtering a fluid, and associated method
WO2022263758A1
DESALINATION unit COMPRISING AT LEAST ONE EVAPORATION BASIN AND ASSOCIATED SALT EXTRACTION METHOD
FR3029190A1
WATER DESALINATION device
FR3035658A1