Sykia Dam Explained

Sykia Dam
Dam Crosses:Acheloos River
Location:Karditsa/Arta
Country:Greece
Dam Type:Embankment, earth-fill
Purpose:River diversion, irrigation, power
Status:Suspended
Dam Length:397m (1,302feet)
Dam Height:170m (560feet)
Dam Volume:12000000m2[1]
Construction Began:1996
Owner:Ministry for the Environment, Physical Planning and Public Works
Res Capacity Total:502000000m2
Res Surface:12.8km2
Plant Type:Conventional
Plant Turbines:2 x 60 MW Francis-type (planned)
Plant Capacity:120 MW (planned)
Location Map:Greece
Coordinates:39.3133°N 21.413°W

The Sykia Dam is a mostly constructed but unused earth-filled embankment dam on the Acheloos River along the border of Karditsa and Arta, Greece. The 170m (560feet) tall dam is part of the Acheloos River Diversion which is intended to divert a portion of the Acheloos west to irrigate 240000- in the Thessaly plains. The project includes the Sykia, Messochora, Mouzaki and Pyli Dams along with a 17.4km (10.8miles) long channel.

The idea for the Sykia Dam and overall diversion project was first envisioned in the 1930s but a lack of funding precluded construction. Interest in the project was revived in 1984 and construction on the dam began in 1996. Over the next several years there was a series of legal battles that led to final construction stalling, most recently in 2005.[2] Opponents of the scheme cite significant changes to the environment, flooding of villages and that the scheme will divert 600000000m2 of water annually from the Acheloss. Supporters call on the benefit to the lucrative cotton crops it will help irrigate and the dam's planned 120 MW hydroelectric power plant.[3]

See also

Notes and References

  1. Web site: Large Dams in Greece. Greek Commission on Large Dams. 30 April 2013. dead. https://web.archive.org/web/20120321084447/http://www.eemf.gr/index.files/LargeGr.htm. 21 March 2012.
  2. Web site: Large Dams in Greece. National Technical University of Athens. 30 April 2013.
  3. Web site: Acheloos River Diversion Project, Greece, Greece. Water Technology. 30 April 2013.