Iran-Made Nano-Based Floating Desalination Device Produces Water with Solar Energy
“This floating desalination device can be placed on the surface of salt water in the sea or pond and produce drinkable water by using sunlight without the need for electrical energy,” said Mohammad Saber Sharifi, a member of team.
“This device can produce between one and two liters of fresh water in 8 hours, meeting the daily drinking water needs of an adult,” he added.
Sharifi noted that nanotechnology is used in the product, saying, “Photothermal materials were used in manufacturing this device, and when exposed to sunlight, it creates a thermal reaction, leading to evaporation of water and ultimately its desalination.”
Earlier, in April, reports also said that mobile small modular reactors (SMRs) were being manufactured in Iran to be used for generating electricity and desalinating water.
One of the advantages of these mini reactors is their use in underdeveloped areas. Latest reports showed that the Iranian knowledge-based companies are focused on building these reactors and are supported by the Atomic Energy Organization of Iran (AEOI).
The mobile SMR reactors are effective in solving energy and water challenges. This is the first mobile mini reactor which is being built in Iran.
These reactors enjoy the capability to generate electricity and desalinate water in underdeveloped areas, and the AEOI supports their construction project. In addition to reducing costs, this technology makes access to clean energy and fresh water possible in remote areas.
The development of SMR reactors is considered a new step in energy self-sufficiency. These projects not only meet the domestic needs, but also provide the potential for exporting technology to other countries.
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