CountriesKnowledge Hubs
Data & Tools
Region AtlasMajor ProjectsPPP Pipeline & AwardsLive tendersWhere to find live tendersTariffs & cost benchmarksOrganization DirectoryMarketsIntelligenceStoriesCalendarAbout

Az-Zour North Phase 1 IWPP

MED-TVC + power, 486000 m3/day in Kuwait.

Operational

The record

Country
Kuwait
Location
Az-Zour
Coordinates
28.750, 48.380
Technology
MED-TVC + power
Capacity
486000 m3/day
Capital cost
US$1.6 billion
Stage
Operational
Owner or client
Kuwait Authority for PPP
Contractor
Hyundai Heavy Industries and Sidem (EPC); Engie and Sumitomo are sponsors
Operator
—
Finance
PPP
Award or start year
2016
Commissioned
2016-11

Record last checked 2026-09-18.

History

Sources

6 references

Every field in the record above is taken from the references below. A field that none of them confirms prints as a dash.

  1. Sumitomo Corporation, Completion of Power Plant for Az-Zour North Independent Water and Power Producer Project (12 December 2016). sumitomocorp.com.
  2. Completion and start of commercial operation on 26 November 2016, 1,500 MW combined cycle and about 480,000 m3/day of water, Kuwait government 60 per cent with Sumitomo and ENGIE 17.5 per cent each, 40-year energy conversion and water purchase agreement with the Ministry of Electricity and Water.
  3. Desalination and Water Reuse, How we delivered Az Zour North phase one. desalination.biz.
  4. Ten Sidem multiple effect distillation units of 10.84 MIGD each for 107 MIGD or 486,000 m3/day, 1,539 MW combined cycle, engineering and construction by a Hyundai Heavy Industries and Sidem consortium.
  5. Sidem, Az Zour North Phase 1 IWPP. sidem-desalination.com.
  6. MENA Water Review major projects register and PPP pipeline — compiled from procurer publications, development-bank project pages and trade reporting; each record names its source.

Ten MED-TVC evaporators for Shamal Az-Zour Al-Oula, the first MED units worldwide above 10 MIGD. The Sumitomo release does not name the desalination technology, so the MED attribution rests on Sidem and Desalination and Water Reuse.