Enwave Deep Lake Cooling - SBC Breakfast
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A photo narrative of the construction of Enwave's Deep Lake Water Cooling system in Toronto. Presented by Taki Eliadis: SBC Breakfast, Aug 11, 2010
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Enwave Deep Lake Cooling - SBC Breakfast
- 1. Spring 2003 A Unique Engineered Solution en wave Deep Lake Water Cooling A Photo Journey Of The Construction of The World’s Largest Lake-Source Cooling System
- 4. Ontario Electricity Forecast Source:IMO
- 11. Lake-ology™ Unlocking the Mysteries of The Deep
- 13. Stratification conforms to basin shape
- 14. Going Deep …..
- 16. Oxford Properties Group Shuts Off Chillers at One University Avenue
- 18. Step 1 Enwave Chilled Water Plant MTCC South
- 20. Second 4,700 Ton Centrifugal Placed October 2002
- 21. Piping and Placement of Vessels
- 22. Construction of Energy Transfer Station
- 23. Energy Transfer Station -JSPS
- 24. Energy Transfer Station -JSPS
- 27. Construction of Energy Transfer Loop
- 32. Energy Transfer Loop Tunneling Supply and Return pipes to be lowered into tunnel
- 33. Energy Transfer Loop Tunneling Supply and Return pipes to be lowered into tunnel
- 34. Energy Transfer Loop Tunneling Supply and Return pipes to be lowered into tunnel
- 35. Energy Transfer Loop Tunneling Supply and Return pipes to be lowered into tunnel
- 37. Fabrication of Intake Piping
- 39. Enwave Pipe Fabrication
- 42. Deployment of (Near-shore) Intake Piping
- 43. Pipe Deployment Pressurized Sections Floated into Position
- 44. Pipe Deployment Shoreline Deployment
- 45. Pipe Deployment Establishing Line of Sight for Off-shore Placement
- 46. Deployment of (Off-Shore) Intake Piping
- 48. Enwave Pipe Deployment - Barges Prepare
- 49. Pipe Deployment Preparing To “Sink”
- 50. Enwave Pipe Deployment - Positioning 1.5km Sections
- 51. Pipe Deployment Positioning 1.5km Sections
- 52. Pipe Deployment Preparing To “Sink”
- 53. Pipe Deployment Preparing To “Sink”
- 54. Pipe Deployment Preparing To “Sink”
- 55. Three 5 km “legs” Comprise the Inlet System
- 56. Deep Lake Water Cooling - A Tangible Step Towards Sustainability for Toronto
Editor's Notes
- The main feature of DLE is that a new intake tunnel will provide cooling for Enwave, as well as supply raw water to one of the City’s main water treatment plants. DLE is a partnership with the City of Toronto where two systems - potable water supply and chilled water distribution system - will operate in unison. Lake water will enter the new intake and be processed into potable water to supply the City’s drinking water system. At the City’s transfer station, water will be diverted to Enwave’s plant where it will run through heat exchangers to transfer energy from the cold potable water to Enwave’s chilled water loop. The chilled water will subsequently be passed through the mechanical equipment connected in series with the heat exchangers to further sub-cool the water. Pumps will subsequently distribute the Enwave chilled water to customers where the “cold energy” will be transferred to their buildings’ cooling water.
- The main feature of DLE is that a new intake tunnel will provide cooling for Enwave, as well as supply raw water to one of the City’s main water treatment plants. DLE is a partnership with the City of Toronto where two systems - potable water supply and chilled water distribution system - will operate in unison. Lake water will enter the new intake and be processed into potable water to supply the City’s drinking water system. At the City’s transfer station, water will be diverted to Enwave’s plant where it will run through heat exchangers to transfer energy from the cold potable water to Enwave’s chilled water loop. The chilled water will subsequently be passed through the mechanical equipment connected in series with the heat exchangers to further sub-cool the water. Pumps will subsequently distribute the Enwave chilled water to customers where the “cold energy” will be transferred to their buildings’ cooling water.