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Making Sense of Sustainability: the reality of costs and benefits

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Title: Making Sense of Sustainability: the reality of costs and benefits


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Making Sense of Sustainability the reality of
costs and benefits
Paul von Paumgartten Director Energy
Environmental Affairs Johnson Controls, Inc.
3
Classic Definition of Sustainability
  • New Organizational Metric

Economy
Ecology
Equity
Triple Bottom Line
4
Sustainable Business Practices
  • Why Sustainability is Here to Stay

Top and Bottom Line Impact
Government Environmental Mandates
Transparent Corporate Governance
5
Total Organizational Commitment to Sustainability
Total Commitment to Sustainability
6
Organizational Commitment to Sustainability
Green Buildings
Total Commitment to Sustainability
7
Environmental Impact of Buildings
Americans spend as much as 90 of time indoors.
  • Buildings
  • Consume almost 40 of all energy.
  • Add 40 to atmospheric emissions.
  • Use 68 of all electricity.
  • Use 12 freshwater, 88 potable water.
  • Take up to 40 municipal solid waste stream.
  • Exploit significant amounts of land.

8
Energy Savings Actions
  • 1990-2000
  • Energy Cost Savings 16.7 billion
  • Electric Energy Savings 166 million MWh
  • Electric Demand Reductions 2,500 MW
  • Carbon Dioxide Emissions Reduction 217 Million
    Tons
  • Enough energy saved to power all California
    households for 2 years

9
Total Energy Savings Actions
  • 1990-2020
  • 95 billion in energy savings
  • 981 MWh in electric energy savings
  • 6,000 MW in electric demand reduction (15 new 400
    MW power plants)
  • 5.3 billion MMBTU reduction in direct fuel use
  • Total energy savings
  • 4 of of Kyoto goals
  • Could power all California households for 13
    years

10
Characteristics of Green Buildings
  • Optimal environmental and economic performance
  • Increased efficiencies, saving energy and
    resources
  • Satisfying, productive, quality indoor spaces
  • Whole-building design, construction, and
    operation over entire life cycle
  • Fully integrated approach teams, processes,
    systems

11
Life Cycle Cost of Buildings
12
Economic Benefits of Green Design
  • Lower Construction Costs
  • Reduced site preparation and landscaping
  • Lower waste disposal costs by 50 to 98 percent
  • Reduced Operating Costs
  • Lower utility costs by 20 to 50 percent
  • Reduced maintenance costs
  • Higher Valuation of Building
  • Rule of Thumb divide reduction in annual
    operating costs by 10 percent to get increased
    value of building.
  • Up to 4 increased valuation for every 1 spent.

13
Economic Benefits of Green Design
  • More Productive Environment
  • Better tenant and worker attraction/retention
  • Less absenteeism by 45 percent
  • Higher productivity up to 16 percent
  • Reduced Insurance and Risk of Liability
  • Healthy occupants, greater occupant satisfaction
  • Lower environmental impacts
  • Streamlined regulatory approvals
  • Higher Visibility and Marketability

14
U.S. Green Building Council
  • National coalition representing all sectors
    of the building industry.
  • Promotes design, construction, operation of
    environmentally responsible, profitable, healthy
    places to live and work.
  • Launched Leadership in Energy and Environmental
    Design (LEED) in 2000.
  • Rating system to guide sustainable project
    development

15
LEED Point Categories
  • Sustainable Sites
  • Materials Resources
  • Water Efficiency
  • Energy Atmosphere
  • Indoor Environmental Quality
  • Innovation

16
LEED Programs
  • Building Certification
  • Green, Silver, Gold, Platinum
  • Professional accreditation
  • Training workshops
  • Educational resources
  • Website www.usgbc.org

17
LEED Family of Products
For New Construction
For Existing Buildings
For Commercial Interiors
For Core and Shell
For New Homes  
For Neighborhood Developments
Under Development
18
LEED Vertical Markets
Retail
K-12 Schools    
Multiple Family
Installations and Campuses
Labs
Health Care
Industrial  
Hospitality
19
U.S. Green Building Council Growth
  • 6000 member companies, firms, or organizations
  • 2000 registered building projects
  • 50 chapters/70 USGBC staff

20
LEED EB Pilot Participants
  • National Geographic Society
  • Pentagon
  • U.S. GSA
  • State of Maryland
  • City of Chicago
  • Furman University
  • Duke University
  • JohnsonDiversey
  • Microsoft
  • Johnson Johnson
  • Liberty Property Trust
  • Russellville School District
  • Buffalo Public Schools
  • Cambridge Memorial Hospital
  • Hewlett Packard
  • Milliken Carpets

21
Business Impact of Green
Source USGBC case studies
22
Path to Sustainability
Gain Support
Prioritize
Communicate
Implement
  • Strategic Sustainability Plan for Organization
  • Business Case development
  • Economic
  • Environment
  • Social
  • Utility Bill Processing Payment
  • Benchmarking
  • Energy Star
  • GHG Emissions management
  • Energy Efficiency
  • Operational
  • Alliance Solutions
  • Education
  • Internal Comm.
  • External Comm.
  • Impact Reporting
  • LEED
  • Energy Star
  • GHG
  • Footprint
  • Sustainability
  • Assessment
  • Financial Evaluator
  • Project Management
  • Certification
  • Portfolio Management

A Comprehensive Portfolio-Based Approach to
Sustainability
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