1000 m³ per day system: water cost calculation

Seawater desalination cost calculator. Daily production, energy price and interest. Calculates EUR per cubic meter. 1000 m³ per day system: water cost calculation






    
Daily Production1000m³ 
Power consumption per m³2.5kWh 
Power installed143kW 
Membrane number72pieces 

  Calculator


Daily water production
Energy price EUR
Interest %
EUR per cubicmeter water EUR

  basic data for calculation


  • Amortisation time 10 years
  • Membrane replacement 3 years full work
  • Power consumption excluding raw water pump
  • Maintenance 2% of plant price per year
  • Typical chemical consumption included


  Water from seawater


Seawater desalination plants at lowest energy consumption under 2,5 kWh per m³ drinking water! Utilizing the Pressure Exchanger energy recovery system in combination with

Attention: we are not a vendor
The data had been on the original web site of Europan vendor for sea water desalination systems. The products had been state of the art in this time period.


Water cost calculator: cheapest drinking water costs Water  cost calculator: cheapest drinking water costs
Calculate your water costs with our plants and your specific data like energy cost and variable yearly interests. With our waterprice you win. Definitely.


Seawater desalination plants
Introducing low-energy seawater desalination plants at power-consumption under 2,5 kWh per m³ drinking water! Unbeatable specific water costs under 0,5 €/m³!


Scope of supply standard seawater reverse osmosis plants
High efficient components assembled in Austria or Germany guarantee long life and minimum maintenance.


DANFOSS axial piston pump high pressure pumps DANFOSS axial piston pump high pressure pumps
High efficiency pumps from Danfoss are a central part of our low energy desalination systems


ERI Pressure Exchanger energy recovery system ERI Pressure Exchanger  energy recovery system
Appoximately 60 bar are necessary for sea water desalination with reverse osmosis. The water leaves the membranes with a remaining pressure of 58 bar. The ERI system recovers 93 to 97% of this energy and makes sea water reverse osmois plants affordable.




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