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| '''CETO''' is a ] technology that harnesses the power of ocean waves to generate electricity or produce ] water. CETO was first conceived by Carnegie Corporation Chairman Alan Burns in ]. | '''CETO''' is a ] technology that harnesses the power of the ocean waves to generate electricity or produce ] water. CETO was first conceived by ] Chairman Alan Burns in ]. | ||
| Australian ASX-listed clean tech developer Carnegie Corporation (ASX: CNM) is currently developing the ] CETO Wave Energy technology and will own and operate all commercial CETO wave farms in the Southern Hemisphere. Northern Hemisphere wave farms will be joint ventures between AIM-listed Renewable Energy Holdings and EDF Energies Nouvelles SA (EDF EN). |
The ] ASX-listed clean tech developer Carnegie Corporation (ASX: CNM) is currently developing the ] CETO Wave Energy technology, and will own and operate all commercial CETO wave farms in the ]. The ] wave farms will be joint ventures between AIM-listed Renewable Energy Holdings and EDF Energies Nouvelles SA (EDF EN). The technology development will be complete in ], and will be the first commercial CETO plant that has the potential to be the world’s first commercial, ] wave power station. | ||
| Named after a Greek ocean goddess, the CETO system distinguishes itself from other traditional wave energy devices by being a fully submerged, pumping technology with the power generated onshore |
Named after a Greek ocean goddess, the CETO system distinguishes itself from other traditional wave energy devices by being a fully submerged, pumping technology with the power generated onshore by a standard ] system. | ||
| Submerged buoys are moved up and down by the ocean swell, driving pumps which pressurize seawater that is delivered ashore |
Submerged buoys are moved up and down by the ocean swell, driving pumps which pressurize seawater that is delivered ashore by a pipeline. When the buoys are onshore, the high-pressure seawater is used to drive hydro turbines, generating zero-emission electricity. | ||
| The high-pressure seawater is also used to supply a ] desalination plant, creating zero |
The high-pressure seawater is also used to supply a ] desalination plant, creating zero-emission freshwater. Currently, seawater desalination plants are large emitters of greenhouse gases due to the amount of energy required to drive grid-connected pumps that deliver the high pressure seawater to reverse osmosis membranes which remove the salt from the seawater. | ||
| ==Other wave energy & CETO characteristics |
==Other wave energy & CETO characteristics== | ||
| *Wave energy is a renewable, ] source of power. | *Wave energy is a renewable, ] source of power. | ||
| *60% of the world lives within |
*60% of the world lives within 60 kilometers of a coast, minimising transmission issues. | ||
| * |
*Since water is about 800 times denser than air, the energy density of waves exceeds wind many times over, dramatically increasing the amount of energy available for harvesting. | ||
| *Waves are predictable |
*Waves are predictable in advance, making it easy to match supply and demand. | ||
| *CETO sits underwater, moored to the sea floor, meaning there is no visual impact. | *CETO sits underwater, moored to the sea floor, meaning there is no visual impact. | ||
| *CETO units operate in deep water, away from breaking waves. The waves regenerate once they pass the CETO units, meaning there is no impact on popular surfing sites. | *CETO units operate in deep water, away from breaking waves. The waves regenerate once they pass the CETO units, meaning there is no impact on popular surfing sites. | ||
| *CETO units are designed to operate in harmony with the waves rather than attempting to resist them. This means there is no need for massive steel and concrete structures to be built. | *CETO units are designed to operate in harmony with the waves, rather than attempting to resist them. This means there is no need for massive steel and concrete structures to be built. | ||
| *CETO is the only wave energy technology that produces fresh water directly from seawater by magnifying the pressure variations in ocean waves. | *CETO is the only wave energy technology that produces fresh water directly from seawater by magnifying the pressure variations in ocean waves. | ||
| *Any combination of power and water can be achieved from 100% power to 100% water. | *Any combination of power and water can be achieved from 100% power to 100% water. | ||
| *CETO contains no oils, lubricants or offshore electrical components |
*CETO contains no oils, lubricants or offshore electrical components. It is built from components with a known sub-sea life of over 30 years. | ||
| *CETO units act like artificial reefs |
*CETO units act like artificial reefs, because of the way they attract marine life. | ||
| ==See also== | ==See also== | ||
Revision as of 21:18, 4 June 2009
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CETO is a wave energy technology that harnesses the power of the ocean waves to generate electricity or produce desalinated water. CETO was first conceived by Carnegie Corporation Chairman Alan Burns in Perth, Western Australia.
The Australian ASX-listed clean tech developer Carnegie Corporation (ASX: CNM) is currently developing the zero emission CETO Wave Energy technology, and will own and operate all commercial CETO wave farms in the Southern Hemisphere. The Northern Hemisphere wave farms will be joint ventures between AIM-listed Renewable Energy Holdings and EDF Energies Nouvelles SA (EDF EN). The technology development will be complete in 2009, and will be the first commercial CETO plant that has the potential to be the world’s first commercial, baseload wave power station.
Named after a Greek ocean goddess, the CETO system distinguishes itself from other traditional wave energy devices by being a fully submerged, pumping technology with the power generated onshore by a standard hydro-electric turbine system.
Submerged buoys are moved up and down by the ocean swell, driving pumps which pressurize seawater that is delivered ashore by a pipeline. When the buoys are onshore, the high-pressure seawater is used to drive hydro turbines, generating zero-emission electricity.
The high-pressure seawater is also used to supply a reverse osmosis desalination plant, creating zero-emission freshwater. Currently, seawater desalination plants are large emitters of greenhouse gases due to the amount of energy required to drive grid-connected pumps that deliver the high pressure seawater to reverse osmosis membranes which remove the salt from the seawater.
Other wave energy & CETO characteristics
- Wave energy is a renewable, zero emission source of power.
- 60% of the world lives within 60 kilometers of a coast, minimising transmission issues.
- Since water is about 800 times denser than air, the energy density of waves exceeds wind many times over, dramatically increasing the amount of energy available for harvesting.
- Waves are predictable in advance, making it easy to match supply and demand.
- CETO sits underwater, moored to the sea floor, meaning there is no visual impact.
- CETO units operate in deep water, away from breaking waves. The waves regenerate once they pass the CETO units, meaning there is no impact on popular surfing sites.
- CETO units are designed to operate in harmony with the waves, rather than attempting to resist them. This means there is no need for massive steel and concrete structures to be built.
- CETO is the only wave energy technology that produces fresh water directly from seawater by magnifying the pressure variations in ocean waves.
- Any combination of power and water can be achieved from 100% power to 100% water.
- CETO contains no oils, lubricants or offshore electrical components. It is built from components with a known sub-sea life of over 30 years.
- CETO units act like artificial reefs, because of the way they attract marine life.
See also
- Wave energy
- Water desalination
- Wave farm
- Baseload
- Reverse Osmosis
- World energy resources and consumption