rensselaer’s sustainability charrette environment – economics – education envision – explore...

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Rensselaer’s Sustainability Charrette Environment – Economics – Education Envision – Explore – Exchange Operations Steve Angle [email protected] Carbon Footprint Energy Consumption Opportunities April 17 - 18, 2009

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Page 1: Rensselaer’s Sustainability Charrette Environment – Economics – Education Envision – Explore – Exchange Operations Steve Angle angles@rpi.edu Carbon Footprint

Rensselaer’s Sustainability CharretteEnvironment – Economics – Education

Envision – Explore – Exchange

Operations

Steve [email protected]

Carbon Footprint

Energy Consumption

Opportunities

April 17 - 18, 2009

Page 2: Rensselaer’s Sustainability Charrette Environment – Economics – Education Envision – Explore – Exchange Operations Steve Angle angles@rpi.edu Carbon Footprint

Operations - Defined

Operations at Rensselaer involves all day to day activities that impact the learning and living environment of Rensselaer students, faculty, and staff. Specific areas include building maintenance and cleaning, upkeep of lawn and garden areas, operation of campus vehicles, operation of building mechanical and electrical systems, use of energy and water, food service, waste disposal, and all construction operations.

Page 3: Rensselaer’s Sustainability Charrette Environment – Economics – Education Envision – Explore – Exchange Operations Steve Angle angles@rpi.edu Carbon Footprint

The Presidents Climate Commitment

Page 4: Rensselaer’s Sustainability Charrette Environment – Economics – Education Envision – Explore – Exchange Operations Steve Angle angles@rpi.edu Carbon Footprint

Simplifying the Types of GHG EmissionsAll Expressed as Metric Tons of Carbon Dioxide

(MTeCO2)

This slide courtesy of CA-CP

Scope 3: Indirect emissions including transportation,

waste disposal, etc.

Scope 1: Emissions from the direct activities of the

campus

Scope 2: Emissions from utility production not at the institution

Page 5: Rensselaer’s Sustainability Charrette Environment – Economics – Education Envision – Explore – Exchange Operations Steve Angle angles@rpi.edu Carbon Footprint

Collected and Qualified Carbon Emissions at RPI

Scope 1

• Natural Gas

• Distillate Oil

• Vehicle Fleet

• Fertilizer

• Refrigerants

Scope 2

• Purchased Electricity

Scope 3

• Faculty/Staff Commuting

• Student Commuting

• Student Air Travel

• Solid Waste

Offsets

• Renewable Energy Credits

Page 6: Rensselaer’s Sustainability Charrette Environment – Economics – Education Envision – Explore – Exchange Operations Steve Angle angles@rpi.edu Carbon Footprint

Scope 1 Emissions

Scope 2 Emissions

Scope 3 Emissions

0

5,000

10,000

15,000

20,000

25,000

30,000

Carbon Emissions by Scope

Total Carbon Emissions-Net50,555 MTeCO2 in FY2008

On-Cam-pus Sta-

tionary

39%

Fleet1%

Agri.0.01%Re-

friger-ant1%

Elec-tricity50%

Commute7%

Air Miles2%

Waste0.3%

Carbon Emissions by Type

Page 7: Rensselaer’s Sustainability Charrette Environment – Economics – Education Envision – Explore – Exchange Operations Steve Angle angles@rpi.edu Carbon Footprint

Other GHG Contributors at RPI

Source ‘08 Units MTeCO2 % Total

CommutingFaculty/Staff: 259,488 Gallons

Students: 137,393 Gallons3,546 7%

Air Travel Students: 1,001,804 Miles 778 2%

Vehicle FleetGasoline: 61,065 Gallons

Diesel: 8,743 Gallons634 1%

Refrigerants 880 Pounds 631 1%

Solid Waste 1,062 Short Tons 156 <1%

Agriculture - Fertilizer 903 Pounds 4 <1%

Page 8: Rensselaer’s Sustainability Charrette Environment – Economics – Education Envision – Explore – Exchange Operations Steve Angle angles@rpi.edu Carbon Footprint

Carbon Management (Clean Air Cool Planet)

Page 9: Rensselaer’s Sustainability Charrette Environment – Economics – Education Envision – Explore – Exchange Operations Steve Angle angles@rpi.edu Carbon Footprint

Utility Budget - FY 2009

Cost Usage

Electricity $ 7,410,394 69,520,635 kWh

Natural Gas $ 4,066,711 369,502 MMBTU

Oil $ 326,540 202,035 gals

Water $ 842,617 127,515,332 gals

Other $ 110,150

Total $12,756,412The largest opportunity for saving money and carbon emissions is through the reduction of electricity and natural gas use

Page 10: Rensselaer’s Sustainability Charrette Environment – Economics – Education Envision – Explore – Exchange Operations Steve Angle angles@rpi.edu Carbon Footprint

Research and Science Buildings Use Over 60% of Total Campus Utilities

Main Campus Utility Usage by Building

CII15%

JEC10%

EMPAC6%

Cogswell Lab6%

MRC6%

Watervliet3%AS&RC

3%Folsom Library

4%

Science Ctr.2%

Computer Ctr5%

Walker Lab + Chill3%

DCC3%

Russell Sage Lab2%

Troy Building2%

Ricketts Building2%Polymer

2%

Gymnasium '871%

Boiler House1%

Amos Eaton Build-ing2%

Linac1%

Academy Hall1%

West Hall1%

Heffner Alumni1%

Biotechnology Center12%

Others6%

Page 11: Rensselaer’s Sustainability Charrette Environment – Economics – Education Envision – Explore – Exchange Operations Steve Angle angles@rpi.edu Carbon Footprint

Main Campus Electricity Cost

Decrease through the 90’s due to conservation, increase from 2000 on due to campus growth

87 88 89 90 91 92 93 94 95 96 97 98 99 00 01 02 03 04 05 06 07 08 -

10,000,000

20,000,000

30,000,000

40,000,000

50,000,000

60,000,000

$0

$1,000,000

$2,000,000

$3,000,000

$4,000,000

$5,000,000

$6,000,000

Main Campus SubstationElectricity Cost & Usage Trends

KWH Cost

Kil

owat

t-H

ours

Dol

lars

Page 12: Rensselaer’s Sustainability Charrette Environment – Economics – Education Envision – Explore – Exchange Operations Steve Angle angles@rpi.edu Carbon Footprint

Current/Future Initiatives - Utilities

• Renewable Energy• Wind Turbine• East Campus PV Array• Install more PV?

• Leadership in Energy and Environmental Design (LEED)

• EMPAC• East Campus Athletic Village• Retrofit Existing Buildings for Energy Efficiency?

• Energy Awareness• The Rensselaer Guide to Campus Energy

Conservation• Improve Campus Awareness?

• Campus Energy Audit and Energy Projects• Phase I - $5M• Invest Additional Capital?

Page 13: Rensselaer’s Sustainability Charrette Environment – Economics – Education Envision – Explore – Exchange Operations Steve Angle angles@rpi.edu Carbon Footprint

Current Initiatives – Green Practices

• Single Stream Recycling (Comingling all recyclables into one container)• Special Recycling

• Building renovations (separate out metals)• Electronics, batteries, metal,

wood pallets, tires• Yearly building clean outs

(old electronic and lab equipment)• Green House (flowers, Terra Café vegetables) • Vehicle surplus sale• Store /reuse old furniture

Page 14: Rensselaer’s Sustainability Charrette Environment – Economics – Education Envision – Explore – Exchange Operations Steve Angle angles@rpi.edu Carbon Footprint

Current Initiatives – Green Practices (con)

• Clothing in the Union• Green cleaning chemicals• Compact fluorescent light bulbs• Integrated Pest Management

program• Book Program• Greening Web site

www.rpi.edu/dept/ess/greening• Mail Room -sustainability

initiatives on web site• Dump and Run • Face the Waste

Page 15: Rensselaer’s Sustainability Charrette Environment – Economics – Education Envision – Explore – Exchange Operations Steve Angle angles@rpi.edu Carbon Footprint

Future Opportunities – Green Practices

• Biodiesel• Composting (food waste)• Consolidating all copiers on Campus• Sustainability Web site

(www.rpi.edu/dept/ess/greening)• Sustainability marketing material• FYE grass roots sustainability program