I recently posted the following two articles regarding to a natural phenomenon, where a fresh water stream meets the saline water, further beyond the sea shore, making a border line between.

Could This Phenomenon and a Technology to be related to each other?

https://www.linkedin.com/pulse/could-phenomena-technology-related-each-other-mashallah-ali-ahyaie?trk=prof-post

Could a Hermetic Turbine Generator, Be Deeply Submerged in the Border Line Between The Saline and Fresh Water surfaces?

https://www.linkedin.com/pulse/could-hermetic-turbine-generator-deeply-submerged-line-ali-ahyaie?trk=prof-post

The following are more technology sources which could be thought of in " Searching for the Combined Application of Technologies with a Natural Phenomenon," in addition to others referred thereto in the above  already published  mentioned articles:

http://www.compositesworld.com/articles/composites-tap-tide-energy    

Composites tap tide energy Composites-enabled tidal stream energy projects lead the way as new forms of hydrokinetic power generation move toward commercialization. Hydrokinetic power is not new: Turbines beneath hydroelectric dams on many of the world’s rivers began delivering electric power to national grids early in the last century. But in the next 20 years, hydrokinetic power drawn from the earth’s oceans and rivers by other means could account for more than 10 percent of the world’s . ..Read more on: https://lnkd.in/eAHiZwv

Salty Solution for Energy Generation

Battery draws power from salinity difference between freshwater and saltwater.

I wonder If anyone knows further sources to be applied, in this regards? For sure, other sources could be thought of. 

And:

Salty Solution for Energy Generation

Battery draws power from salinity difference between freshwater and saltwater.
    I wonder If anyone knows further sources to be applied, in this regards? For sure, other sources could be thought of.

     Summing up, one may also go through the following topics, on Wikipedia, exploring more ideas:

• Osmotic power

• Van 't Hoff factor

• Pressure-retarded osmosis (PRO)

• Electrodialysis reversal (EDR)

• Reverse osmosis

• Semipermeable membrane

• Green energy

• Renewable energy

    But finally, apart from power generation contemplation; one may think of building floating agriculture systems, such as the floating farms, as described on the following link; on the pool of fresh water side before meeting the saline sea, benefiting on land saving and access to fresh water, while may also use floating transparent photo-voltaic power generation board, side by side, or on the rooftops, for the electrical power needs:
http://www.psfk.com/2015/09/self-sustaining-islands-future-of-floating-farms-forward-thinking-architecture.html

Self-Sustaining Islands, the Future of Farming?

       And how about building a floating fresh-water bottling plant (in bio-degradable bottles, as practiced by www.chooserain.com,) for export via the sea, saving a lot on the inland transportation, and load the fresh-water bottles right a way on the cargo ships, such as the following link, without needing desalination installation however; needless mentioning saving a lot on land use and capital costs:

Aquahex: Floating water desalination system runs on solar energy

http://www.ecochunk.com/6435/2013/02/23/aquahex-floating-water-desalination-system-runs-on-solar-energy/#more-6435

In fact that is a great wealth and potential opportunity for those countries inheriting clean water rivers, near deltas where freshwater meets the sea flowing into oceans and making such a freshwater pool beyond.

http://www.aslo.org/photopost/showphoto.php/photo/271/title/fraser-river-satellite-image/cat/504

Fraser River, British Columbia, Canada

Best regards,
Mashallah Ali-Ahyaie

Taxonomy

• Water
• Agriculture
• Technology
• Environment
• Solar Energy
• Desalination
• Energy
• Power Generation
• Alternative Eco Energy