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Blue Energy
The Renewable Source
Prepared By
Ruchir Oza(08EE030)
LDRP-ITR
Mayur Parekh(08BEE031)
NIRMA UNIVERSITY
Flow Of The Presentation
 Blue Energy
 Reverse Osmosis
 Reverse Electro-Dialysis
 Advantages And Disadvantages
 Future Prospects
Blue Energy
 Energy available from the difference in
the salt concentration between sea
water and river water.
 It is also known as “Reverse Electro-
Dialysis” (RED).
Reverse Osmosis
Reverse Electro-Dialysis
Dissociation of NaCl
Reverse Electro-Dialysis
Analogy With Electrical Circuit
LOAD
ANODE CATHOE
+
E
_
I
A Unit Containing Membranes
Units in Series
Courtesy : www.climatetechwiki.org
Parameters
 Energy Produced = 250kW
(It can go up to 4.5 GW)
 Size Of The Plant = 90 meter square
 Working Pressure = 11 – 15 bar
 Water quantity required per second on average = 3300
cubic meter
THE DATA IS DERIVED FROM THE RUNNING PLANT IN THE NETHERLANDS
River Delta
 The River Delta is a place where a river and an
ocean or a sea meets.
 Example of such ‘River Deltas’ are
(i) Rhine River Delta in the Netherlands
(ii) Sundarban in India
Courtesy : www.forumgarden.com
Courtesy : Encyclopedia Britannica
Comparison With
Other Renewable Sources
Parameters Solar Energy Wind Energy Blue Energy
Continuity of
power
Discontinuous Discontinuous Continuous
Cost High High Low
Energy Generation Low Low High
Advantages
 Renewable source of energy
 Efficiency found to be 85 to 90%
 Energy can be got 24 hours continuously
 Almost Pollution free technique
 Large availability of ‘river-deltas’ in the world
Disadvantages
 Salinity fluctuation
 Initial high cost of membranes and construction
 Conversion of DC to AC
 Maintenance of membranes
Future Prospects
 The project is under research and efforts are
being put to reduce the cost of the
membrane.
 Researchers have estimated that it can render
to 40% of the world wide demand.
References
 Ross, R., and Krijgsman, J. “New Ionomer Membranes for
Blue Energy”, an IEEE Paper
 http://en.wikipedia.org/wiki/BlueEnergy
 http://en.wikipedia.org/wiki/Reverse_osmosis
 http://powerplants.einnews.com/netherlands/
 Dr. Mark Krinker, and Professor Aron Goykadosh “Renewable
and Sustainable Energy Replacement Sources”
 http://www.odemagazine.com/doc/61/blue-energy/
 http://www.bluenergy.com/Ecological.htm
 http://www.sciencedirect.com/
 http://en.wikipedia.org/wiki/River_delta/
 http://en.wikipedia.org/wiki/BlueEnergy/
 http://www.elsevier.com/
Blue Energy Presentation

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Blue Energy Presentation

  • 1. Blue Energy The Renewable Source Prepared By Ruchir Oza(08EE030) LDRP-ITR Mayur Parekh(08BEE031) NIRMA UNIVERSITY
  • 2. Flow Of The Presentation  Blue Energy  Reverse Osmosis  Reverse Electro-Dialysis  Advantages And Disadvantages  Future Prospects
  • 3. Blue Energy  Energy available from the difference in the salt concentration between sea water and river water.  It is also known as “Reverse Electro- Dialysis” (RED).
  • 8. Analogy With Electrical Circuit LOAD ANODE CATHOE + E _ I
  • 9. A Unit Containing Membranes
  • 12. Parameters  Energy Produced = 250kW (It can go up to 4.5 GW)  Size Of The Plant = 90 meter square  Working Pressure = 11 – 15 bar  Water quantity required per second on average = 3300 cubic meter THE DATA IS DERIVED FROM THE RUNNING PLANT IN THE NETHERLANDS
  • 13. River Delta  The River Delta is a place where a river and an ocean or a sea meets.  Example of such ‘River Deltas’ are (i) Rhine River Delta in the Netherlands (ii) Sundarban in India
  • 16. Comparison With Other Renewable Sources Parameters Solar Energy Wind Energy Blue Energy Continuity of power Discontinuous Discontinuous Continuous Cost High High Low Energy Generation Low Low High
  • 17. Advantages  Renewable source of energy  Efficiency found to be 85 to 90%  Energy can be got 24 hours continuously  Almost Pollution free technique  Large availability of ‘river-deltas’ in the world
  • 18. Disadvantages  Salinity fluctuation  Initial high cost of membranes and construction  Conversion of DC to AC  Maintenance of membranes
  • 19. Future Prospects  The project is under research and efforts are being put to reduce the cost of the membrane.  Researchers have estimated that it can render to 40% of the world wide demand.
  • 20. References  Ross, R., and Krijgsman, J. “New Ionomer Membranes for Blue Energy”, an IEEE Paper  http://en.wikipedia.org/wiki/BlueEnergy  http://en.wikipedia.org/wiki/Reverse_osmosis  http://powerplants.einnews.com/netherlands/  Dr. Mark Krinker, and Professor Aron Goykadosh “Renewable and Sustainable Energy Replacement Sources”  http://www.odemagazine.com/doc/61/blue-energy/  http://www.bluenergy.com/Ecological.htm  http://www.sciencedirect.com/  http://en.wikipedia.org/wiki/River_delta/  http://en.wikipedia.org/wiki/BlueEnergy/  http://www.elsevier.com/

Editor's Notes

  1. From thermodynamic calculations, it can be derived that each mtr cube of river water can yield 1.4 MJ when mixed with the same amount of sea water.
  2. 80 lacs approx. for full capacity(4.5 GW) . 20 pounds per mt sq. membrane. For 66 MW, 4.5 rs per Kwh. 0.4 KV to 170KV.