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Presented by Marko Demarin, EIT, LEED AP Beth Breisnes December 9, 2008 Vancouver Island University Sustainable Master Plan Cobalt Engineering.

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Presentation on theme: "Presented by Marko Demarin, EIT, LEED AP Beth Breisnes December 9, 2008 Vancouver Island University Sustainable Master Plan Cobalt Engineering."— Presentation transcript:

1 Presented by Marko Demarin, EIT, LEED AP Beth Breisnes December 9, 2008 Vancouver Island University Sustainable Master Plan Cobalt Engineering

2 Presented by Marko Demarin, EIT, LEED AP Beth Breisnes December 9, 2008 Carbon Neutral by 2010 What is carbon neutrality? How do we achieve it? 1.Measure 2.Reduce 3.Offset 4.Report

3 Presented by Marko Demarin, EIT, LEED AP Beth Breisnes December 9, 2008 1. Measure - Greenhouse Gas Inventory World Resources Institute/World Business Council on Sustainable Development

4 Presented by Marko Demarin, EIT, LEED AP Beth Breisnes December 9, 2008 2. Reduce Minimize building energy demand  Passive Design  Efficient Active Systems Minimize vehicle fleet user/emissions Hesquiat School

5 Presented by Marko Demarin, EIT, LEED AP Beth Breisnes December 9, 2008 3. Offset High Quality Carbon Offsets  Within scope  Real  Measurable  Additional  Verifiable  Counted once  Clear ownership Brokers  Pacific Carbon Trust  Offsetters Carbon Neutral Society

6 Presented by Marko Demarin, EIT, LEED AP Beth Breisnes December 9, 2008 4. Report Report your activities  Base emissions  Reduction successes  Offset purchases The Climate Registry  “[C]onsistent, transparent standards throughout North America for businesses and governments to calculate, verify and publicly report their carbon footprints in a single, unified registry.” TCR Members as of Aug 2008

7 Presented by Marko Demarin, EIT, LEED AP Beth Breisnes December 9, 2008 Campus Redevelopment BaselineOption 1Option 2 Current Design and Construction Standards √ Passive Design √√ Efficient Building Systems √√ Onsite Renewable Energy √

8 Presented by Marko Demarin, EIT, LEED AP Beth Breisnes December 9, 2008 Passive Design Using the building architecture to…  Optimize natural energy flows  Maximize occupant comfort  Minimize energy demand Elements  Orientation  Shape  Thermal mass  Window placement and performance  Shading  Landscaping Gleneagles Community Centre, West Vancouver

9 Presented by Marko Demarin, EIT, LEED AP Beth Breisnes December 9, 2008 Efficient Building Systems Radiant heating/coolingDisplacement ventilation Variable Refrigerant Flow

10 Presented by Marko Demarin, EIT, LEED AP Beth Breisnes December 9, 2008 Onsite Renewable Energy

11 Presented by Marko Demarin, EIT, LEED AP Beth Breisnes December 9, 2008

12 Presented by Marko Demarin, EIT, LEED AP Beth Breisnes December 9, 2008

13 Presented by Marko Demarin, EIT, LEED AP Beth Breisnes December 9, 2008

14 Presented by Marko Demarin, EIT, LEED AP Beth Breisnes December 9, 2008

15 Presented by Marko Demarin, EIT, LEED AP Beth Breisnes December 9, 2008

16 Presented by Marko Demarin, EIT, LEED AP Beth Breisnes December 9, 2008

17 Presented by Marko Demarin, EIT, LEED AP Beth Breisnes December 9, 2008

18 Presented by Marko Demarin, EIT, LEED AP Beth Breisnes December 9, 2008

19 Presented by Marko Demarin, EIT, LEED AP Beth Breisnes December 9, 2008

20 Presented by Marko Demarin, EIT, LEED AP Beth Breisnes December 9, 2008

21 Presented by Marko Demarin, EIT, LEED AP Beth Breisnes December 9, 2008 Project Costs (Assumptions) $0.05/kWhNatural Gas $0.06/kWhElectricity 12%Annual increase in energy costs $30/ft 2 Baseline Capital Cost $60/ft 2 Option 1 Capital Cost $8M + $60/ft 2 Option 2 Capital Cost ($5M Phase 1; $2M Phase 2; $1M Phase 3) 2%Interest Rate $20/tonneOffsets cost 5%Annual increase in offset costs $0Maintenance costs

22 Presented by Marko Demarin, EIT, LEED AP Beth Breisnes December 9, 2008 20 23

23 Presented by Marko Demarin, EIT, LEED AP Beth Breisnes December 9, 2008 49%

24 Presented by Marko Demarin, EIT, LEED AP Beth Breisnes December 9, 2008 Project Costs (Assumptions) $0.05/kWhNatural Gas $0.06/kWhElectricity 12%Annual increase in energy costs $30/ft 2 Baseline Capital Cost $45/ft 2 Option 1 Capital Cost $8M + $45/ft 2 Option 2 Capital Cost ($5M Phase 1; $2M Phase 2; $1M Phase 3) 2%Interest Rate $20/tonneOffsets cost 5%Annual increase in offset costs $0Maintenance costs

25 Presented by Marko Demarin, EIT, LEED AP Beth Breisnes December 9, 2008 15 17

26 Presented by Marko Demarin, EIT, LEED AP Beth Breisnes December 9, 2008 Project Costs (Assumptions) $0.05/kWhNatural Gas $0.06/kWhElectricity 15%Annual increase in energy costs $30/ft 2 Baseline Capital Cost $45/ft 2 Option 1 Capital Cost $8M + $45/ft 2 Option 2 Capital Cost ($5M Phase 1; $2M Phase 2; $1M Phase 3) 2%Interest Rate $20/tonneOffsets cost 5%Annual increase in offset costs $0Maintenance costs

27 Presented by Marko Demarin, EIT, LEED AP Beth Breisnes December 9, 2008 14 15

28 Presented by Marko Demarin, EIT, LEED AP Beth Breisnes December 9, 2008 Possible Scenarios Payback will be sooner if…  Local installation expertise improves  Energy rates drop  Capital costs drop  Interest rates drop

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