How Israel''s Water Tech Leads by Example in a Thirsty World
Currently, drip irrigation is used to water more than three quarters of Israel''s crops, saving immense amounts of water. But Israeli innovation didn''t stop there. According to
Currently, drip irrigation is used to water more than three quarters of Israel''s crops, saving immense amounts of water. But Israeli innovation didn''t stop there. According to
Israel, a leader in making seawater drinkable, plans to pump excess output from its desalination plants into the Sea of Galilee, depleted by overuse and threatened by climate
This water transportation network was designed to pump water from the northern Lake Kinneret (Sea of Galilee) and transfer water from existing regional water projects to
From a desert nation struggling with scarcity to a global leader exporting water solutions worldwide, Israel''s rise in water technology is one of the most impressive innovation
Located on Israel''s Mediterranean coast, the Sorek Desalination Plant stands as a testament to innovation in sustainable water treatment. As the world''s largest solar-assisted
The plant provides potable water for over 1 million people in Israel, with an extremely narrow footprint. At the time of awarding, the Hadera desalination plant had one of the lowest-ever
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The company''s products are designed for the above-ground and subsurface application of water and nutrients directly to the root zone of every plant, resulting in greater
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It provides potable water for millions of people, comprising 20% of the municipal water demand in Israel, thus greatly contributing to the country''s water system resilience (while minimizing the
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Almost 90% of the desalinated water is produced in five seawater desalination plants: Ashkelon, Palmachim, Hadera, Sorek and Ashdod , which produce a total of 50% of the potable water in Israel. The remainder is produced in saline groundwater desalination plants, most of them in the Arava area. Table 1. Seawater desalination plants in Israel.
Hence, the Israeli water sector started to incorporate a wide range of creative technological solutions to bridge the gap between water supply and demand. These included more efficient irrigation systems, recycled and brackish water for irrigation and desalinated water. Map 1: Desalination plants in Israel.
To supply the growing demand, Israel’s national water company Mekorot, began constructing the National Water Carrier. This water transportation network was designed to pump water from the northern Lake Kinneret (Sea of Galilee) and transfer water from existing regional water projects to central and southern Israel.
Currently, drip irrigation is used to water more than three quarters of Israel’s crops, saving immense amounts of water. But Israeli innovation didn’t stop there. According to Israel21c, by the 1980s agriculture was using over 70 percent of the country’s safe water supply.