A world leader provider of desalination and water treatment solutions, IDE specializes in the development, engineering, construction and operation of some of the world’s largest and most advanced thermal and membrane desalination facilities and industrial water treatment plants. IDE partners with a wide range of customers – municipalities, energy, mining, semiconductors, power plants and more – on all aspects of water projects
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- https://ide-tech.com/
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IDE Technologies specializes in the design, engineering, construction and operation of municipal and industrial water treatment facilities, including the world’s most advanced thermal and membrane desalination plants, such as Sorek, Hadera and Ashkelon in Israel, Carlsbad in the US, Tianjin in China and Gujarat Reliance in India, delivering a total of approximately 3 million m3/day of high-quality water worldwide.
In addition to our renowned SWRO and robust thermal desalination solutions, our expanding set of sustainable solutions includes highly-effective industrial water treatment solutions, advanced water reuse for municipal and industrial application, a suite of environmentally-friendly water treatment solutions and an ever growing portfolio of technological innovations, designed to improve efficiency, reduce costs and minimize environmental impact, without compromising on performance & operational excellence.
Prominent Case Study
Sorek II, Israel -
A BOT tender, for the Design, Finance, Construction, Operation, and Maintenance for 25 years of a 200 Million m3/year SWRO facility, the largest desalination plant in Israel and one of the largest in the world, operating with a low water price of 1.45 NIS (equivalent to ~0.41 USD), which is predicted to set a new benchmark for seawater desalination water prices on a global scale.
Sorek B combines the most advanced and innovative technologies, state-of-the-art design that optimizes energy utilization, chemical usage (in addition to other consumables), and an advanced modular design of multiple elements of the facility, which is considered the next generation of desalination plants’ design.