treated effluent reuse discharge practices in larnaca and limassol
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Treated Effluent Reuse / Discharge Practices in Larnaca and Limassol Evi Theopemptou Photo of Cyprus The Town of Larnaca Cyprus’ Statistics Annual rainfall 460 mm Capacity of dams 300 million m 3 Water demand per year 270 million m 3 Water demand for agriculture 70\%

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Presentation Transcript
cyprus statistics
Cyprus’ Statistics
  • Annual rainfall 460 mm
  • Capacity of dams 300 million m3
  • Water demand per year 270 million m3
  • Water demand for

agriculture 70%

total effluent production
Total Effluent Production

Now

  • 5 urban WWTP operate
  • 14,6 million m3 tertiary treated effluent

produced yearly

  • 8 % of water demand for agriculture

By2020

  • 7 WWTP will operate
  • 42 million m3 tertiary treated effluent will be produced yearly
  • 23 % of water demand in agriculture
quality characteristics
Quality Characteristics

Tertiary Treated Effluent

reuse vs discharge
Reuse

+

Agricultural production

Increase green areas

Golf course irrigation

Avoid sea pollution

_

Storage Reservoirs

Distribution costs

Health risks

Discharge

+

No investment in reservoirs and distribution networks

_

Loss of natural and financial wealth

Sea pollution

Reuse Vs Discharge
limassol reuse discharge scheme 2004
Limassol Reuse/Discharge Scheme 2004
  • 25 km transfer main from the east to the west side of Limassol
  • 2004 production = 6,5 million m3
  • 85% - irrigation of citrus plantations and fodder crops
  • 15% - sea discharge
larnaca re use scheme 2004
35 km irrigation mains operating under 9 atm pressure recycling 100% of effluent produced - 1,50 million m3

1,10 million m3 (73%) for fodder crops

(clover and corn)

0,25 million m3 (17%) for football grounds

0,15 million m3 (10%) for hotel and municipal gardens

Larnaca Re-use scheme 2004