SMART-Plant (bioresource/phosphorus/cellulose recovery), AquaNES (natural+engineered treatment), and ULTIMATE (industrial water-utility symbiosis) all center on extracting value from wastewater.
MEKOROT WATER COMPANY LIMITED
Israel's national water utility bringing large-scale operational expertise in water treatment, reuse, and aquifer recharge to EU research consortia.
Their core work
Mekorot is Israel's national water company, responsible for large-scale water supply, treatment, and distribution infrastructure. In EU research, they bring operational expertise in wastewater treatment, managed aquifer recharge, and water reuse — contributing real-world test sites and decades of experience managing water scarcity in arid climates. Their H2020 involvement focuses on demonstrating and scaling water technologies under actual operational conditions, bridging the gap between lab research and utility-scale deployment.
What they specialise in
MARSoluT is dedicated to aquifer recharge training, and AquaNES demonstrated combined natural-engineered water treatment including soil-aquifer processes.
STOP-IT focused on protecting water infrastructure against cyber-physical threats, reflecting Mekorot's role as a critical infrastructure operator.
SuWaNu Europe built a knowledge-transfer network for safe wastewater reuse in agriculture across Europe.
ULTIMATE (2020-2024) explored water-smart industrial symbiosis and circular economy models, signaling a shift toward cross-sector water optimization.
How they've shifted over time
In the earlier period (2016-2018), Mekorot focused on physical and biological wastewater treatment — recovering phosphorus, bioplastics, and cellulose from treatment plants (SMART-Plant), and demonstrating combined natural-engineered treatment systems (AquaNES). From 2019 onward, their focus shifted toward water scarcity adaptation, aquifer recharge, and circular economy models linking industrial and municipal water systems. This evolution reflects a move from component-level treatment technologies toward system-level water resource management under climate stress.
Mekorot is moving toward integrated water-cycle management — combining reuse, aquifer recharge, and industrial symbiosis — making them increasingly relevant for climate adaptation projects in water-stressed regions.
How they like to work
Mekorot consistently joins as a participant or third party rather than leading consortia, which is typical for a large utility contributing demonstration sites and operational data rather than driving research agendas. With 139 unique partners across 21 countries, they maintain a broad European network despite being an Israeli company. Their value to consortia is clear: they offer real infrastructure and operational scale that academic partners cannot replicate.
Mekorot has collaborated with 139 distinct partners across 21 countries, establishing a wide European network despite being based in Israel. Their partnerships span utilities, universities, and technology providers across Mediterranean and Northern European water research communities.
What sets them apart
Mekorot operates one of the world's most advanced national water systems in one of its most water-scarce countries, giving them unmatched practical experience in desalination, reuse, and aquifer management at national scale. For EU consortia, they offer what few partners can: a full-scale operational water utility willing to test and demonstrate research outputs on live infrastructure. Their Mediterranean climate context makes them an ideal validation partner for technologies targeting southern European water challenges.
Highlights from their portfolio
- AquaNESLargest single EC contribution (EUR 486,895), demonstrating combined natural and engineered water treatment at operational scale.
- ULTIMATEMost recent project (2020-2024) representing their strategic pivot toward industrial-municipal water symbiosis and circular economy.
- STOP-ITUnusual topic for a water utility — cyber-physical security of water infrastructure — showing Mekorot's role as a critical infrastructure operator with security concerns.