Project #1

Bruyère Continuing Care –
Saint Vincent Hospital,
Ottawa, ON

2016/2018

98% High Energy Efficient (“HEF”) Cogeneration + Boilers + CHR-FLUETM Condensing Heat Recovery (“CHR”) Solution at Bruyere Continuous Care (“BCC”) St. Vincent Hospital (“STVH”), Ottawa, Ontario (2016/18).

  • Replaced Old (1994) CAT – 425 kW – COGEN with New GE – Jenbacher J-312 633kW – COGEN + replaced Old Boilers Flue-Gases (“FG”) mild steel Duct Work with New SST “0-leakage/Air-tight” Duct Work + Retrofitted & Expanded (1994) CHR System into New CHR-FLUETM to increase Heat Recovery from combined COGEN + Boilers FGs
  • < 98% High Efficiency (“HEF”) Combined COGEN + Boilers + CHR-FLUETM Solutions
  • 82% (or 5,250,000 kWH/Year) generated of Total Annual (6,400,000 kWH/Year) BCC-STVH Power consumed
  • > 90% of Fall + Winter BCC-STVH Power Produced
  • 70% reduction of Power Unit Cost to ($0.05 CAD/kWH, or $0.038 USD/kWH) – [Annual Average]
  • $700,000 CAD/Year (or $525,000 USD/Year) saved on Utility Costs [Electricity + Natural Gas (“NG”)]
  • $1,024,800 CAD IESO-PSUI Capital Grant secured by Econolibrium for partial funding of BCC-STVH project
  • 5.0 Years Net Financial Payback
  • $0.0376 CAD/kWH (or $0.028 USD/kWH) Unit Cost of Power achieved during Fall-Winter period
  • 25% reduction of CO2 FG Greenhouse Gases (“GHG”) emissions, and 70% reduction of NOx (as Nitrogen Oxide)

Econolibrium Energy Inc.
& Econolibrium Engineering and Management Inc.

Licensed Professional Engineers and EPC Consultants
Ottawa, ON | 613-823-8877 info@econolibrium.com

Contact Us