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St. Louis/Midwest FIT Applications

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Tim Gaidis, architect at HOK, presented this overview of several projects in midwestern United States that utilized the Fully Integrated Thinking (FIT) approach at the First Annual FIT Gathering in …

Tim Gaidis, architect at HOK, presented this overview of several projects in midwestern United States that utilized the Fully Integrated Thinking (FIT) approach at the First Annual FIT Gathering in Chicago, 2010.


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  • And at the end of the day, we hope to have a comprehensive list of goals around each category
  • Transcript

    • 1. tundra
      polar
      monsoon forest
      mediterran vegetation
      tropical rainforest
      subtropical dry forest
      temperate forest
      temperate steppe
      subtropical
      rainforest
      arid desert
      xeric shrubland
      semiarid desert
      grass savanna
      tree savanna
      alpine tundra
      montane forest
      taiga
      dry steppe
      ST LOUIS/ MIDWEST REGIONAL FIT APPLICATIONS
      North Central Region
      Wisconsin Energy Institute, St Louis County EECBG, Colorado Corporate Campus, U of Wyoming Energy Center
      An Innovative Process Yields Innovative Outcomes…
      FIT
      2010
    • 2. ECOSTRUCTURE
      WATER
      ATMOSPHERE
      MATERIALS
      ENERGY
      FOOD
      SHELTER
      TRANSPORT
      COMMUNITY
      CULTURE
      HEALTH
      EDUCATION
      ETHICS
      COMMERCE
      VALUE
    • 3. PRE – FiT…
      “THE MATRIX”
      Wisconsin Energy Institute
    • 4. Categories
      FACILITY LIFETIME
      OBJECTIVES
    • 5. Pre-flight checklist
    • 6. Pre-desIGN checklist
      1. OBJECTIVES…
      3. METRICS…
      2. STRATEGIES…
    • 7. FIT = Fully Integrated Tacos…
      CALORIES
      1
      CARBOHYDRATES
      2
      PROTEIN
      3
      FIBER
      4
      FAT
      5
      ELECTROYLTES
      6
      MINERALS
      7
      VITAMINS A, C, D
      8
      VIT B-COMPLEX
      9
      CHOLESTEROL
      10
      ANTIOXIDANTS
      11
      SPICE
      12
      13
      PACKAGING
      14
      DISTRIBUTION
      15
      EMISSIONS
    • 8. 1. Energy Efficiency & Conservation Strategy
      2. Long-Term Sustainability Framework
    • 9. EECBG/County Defined Focus Areas
      • GHG Inventory & Forecast
      • 10. Energy Usage Analysis
      Land Use & Development
      Environmental Conservation
      Building Mgmt. & Energy Conservation
      Waste Management
      Community Engagement
      Procurement & Administration
      Transportation
      Economic Development
    • 11. Could it FIT?
      1
      ATMOSPHERE
      GHG INVENTORY & ENERGY USAGE
      2
      ENERGY
      3
      SHELTER
      BLDG MGMT & ENERGY CONSERVATION
      4
      ECOSTRUCTURE
      LAND USE & DEVELOPMENT
      5
      TRANSPORTATION
      ENVIRONMENTAL CONSERVATION
      WATER, SOILS…
      6
      MATERIALS & WASTE
      7
      COMMERCE
      TRANSPORTATION
      8
      COMMUNITY
      WASTE MANAGEMENT
      HEALTH…
      9
      GOVERNANCE
      ECONOMIC DEVELOPMENT
      CULTURE…
      COMMUNITY ENGAGEMENT
      PROCUREMENT & ADMINISTRATION
      When does
      FIT become
      Partially
      Integrated
      Thinking?
      WATER
      SOILS
      FOOD
      CULTURE
      HEALTH
    • 12. Evaluation Criteria…
      1
      1
      GHG INVENTORY & ENERGY USAGE
      2
      BLDG MGMT & ENERGY CONSERVATION
      2
      3
      TRANSPORTATION
      4
      LAND USE & DEVELOPMENT
      3
      5
      ENVIRONMENTAL CONSERVATION
      6
      WASTE MANAGEMENT
      4
      7
      ECONOMIC DEVELOPMENT
      5
      8
      COMMUNITY ENGAGEMENT
      9
      PROCUREMENT & ADMINISTRATION
      6
      7
      8
      9
      Establishing what matters,...and by how much!
    • 13. Initiative Proposals…
      1
      GHG INVENTORY & ENERGY USAGE
      GHG INVENTORY & ENERGY USAGE
      2
      BLDG MGMT & ENERGY CONSERVATION
      3
      TRANSPORTATION
      BLDG MGMT & ENERGY CONSERVATION
      4
      LAND USE & DEVELOPMENT
      TRANSPORTATION
      5
      ENVIRONMENTAL CONSERVATION
      LAND USE & DEVELOPMENT
      6
      WASTE MANAGEMENT
      7
      ECONOMIC DEVELOPMENT
      ENVIRONMENTAL CONSERVATION
      Life’s Principles Leverage Moment!
      8
      COMMUNITY ENGAGEMENT
      WASTE MANAGEMENT
      9
      PROCUREMENT & ADMINISTRATION
      ECONOMIC DEVELOPMENT
      COMMUNITY ENGAGEMENT
      PROCUREMENT & ADMINISTRATION
      106 Strategies!
    • 14. Integrated Prioritization… “Subjective, then Objective”
      1
      2
      3
      4
      5
      6
      7
      8
      9
      5+ yrs…
      2-5 yrs…
      1-2 yrs…
      NOW!
    • 15. LINK
    • 16. University of Wyoming Energy Center… Visioning
      Economic Development
      Social Capital
      Environmental Stewardship
      Enhances equity, health, education, dignity and interaction – and strengthens community bonds.
      Preserves, enhances and leverages the natural environment.
      Catalyzes and strengthens economic growth in new and established communities.
      TRANSPORT
      8
      ATMOSPHERE
      2
      WATER
      3
      5
      MATERIALS
      6
      SHELTER
      9
      COMMUNITY
      4
      FOOD
      ECOSTRUCTURE
      1
      7
      ENERGY
      EDUCATION
      HEALTH
      Sustainable building and practices raises awareness and increases reputation of the University
      Builds awareness and respect for the environment amongst students and staff
      Maintains and fosters the health and integrity of the native physical and ecological landscapes
      Lowers cooling costs, reduction in lost production due to poor air quality
      Clean air contributes to human health, reduces rates of asthma and other air pollution syndromes
      Protects and enhances air quality, lower CO2 emissions
      Lowers cost for water treatment and irrigation
      Protects and enhances water quantity and quality, reduces groundwater contamination
      Clean water contributes to human health and well-being
      Supports local farming while processing less transportation cost
      Provides healthy food options in the building or nearby
      Provides safe, clean, abundant, reliable, consistent, free sustenance for all inhabitants in perpetuity
      Confirm Predefined Objectives…
      Supports recycling industry and reuse networks/ exchanges
      Minimizes trash/ waste and increase recycling and/or composting for a cleaner/ healthier building
      Fosters closed material loops and eliminates waste
      Optimizes footprint equating to smaller plot of land and lower cost
      Provides optimal operating environments for inhabitants & equipment, provide connections to external environments
      Conserves and preserves the natural environment on the building site, smallest footprint possible
      10
      CULTURE
      Renewable energy business opportunities
      Strives for energy independence
      Provides safe, clean, abundant, reliable, consistent, free energy for all inhabitants in perpetuity
      11
      Reduces transit expenses and increases property value
      Provides access to alternative modes of transportation and pollution-free mobility promoting healthier lifestyles
      Exhibits energy independence/ conservation and reduced pollution (air, water, soil)
      12
      Leading Questions Help Develop Strategy Proposals…
      13
      ETHICS
      Creates desirable building and setting that fosters collaboration
      Fosters integrated, connected community identity for all inhabitants
      Curbs sprawl development, build with readily available infrastructure, revitalization of existing site
      14
      COMMERCE
      Attracts talented students and staff contributing to the value of the program and University
      Respects and appreciates the natural environment
      Reflects a vibrant exchange of historical and modern identity, food, art, music, and science rooted in place
      15
      VALUE
      Provides a healthy and productive workplace and learning environment
      Ensures health and well being for all citizens and universal access to quality health care
      Respects and appreciates the natural environment
      Attracts and retains skilled workforce adaptable to the changing economy through innovative research
      Fosters world-class, life-long learning opportunities in a quality learning environment
      Exhibits appreciation and understanding of environmental education
      Reports on activities and provides improvement opportunities
      Upholds the highest ethical standards and represent the institution’s cultural values and philosophies.
      Creates transparent systems
      Fosters the balanced exchange of goods and services
      Provides diversity of activities and goods in multiple locations on campus
      Attracts workforce with environmental ethics
      Sustains value for investors
      Augments value and minimize risk for shareholders
      Invests in industries that demonstrate sustainable stewardship
    • 17.
    • 18. Black-tailed prairie dogs
    • 19. Black-tailed prairie dogs
    • 20. PASSIVE VENTILATION STRATEGIES
      ENERGY
      5
      TRANSPORT
      8
      ATMOSPHERE
      3
      FOOD
      6
      ECOSTRUCTURE
      1
      COMMUNITY
      9
      MATERIALS
      4
      SHELTER
      7
      WATER
      2
      EDUCATION
      HEALTH
      Passive ventilation strategies have the potential to save energy while providing a well balanced and healthy air supply to building inhabitants. The project team is currently exploring opportunities to leverage these strategies, using the General Office component as a template model.
      10
      CULTURE
      11
      12
      13
      ETHICS
      14
      COMMERCE
      15
      VALUE
    • 21. Environmental Performance Standards
      Energy
      Carbon
      Water
      Material Flows…
      SOLAR FLUX: WATTS/ Sq meter
      We GET: 100-650 W/SqM
      We NEED: 0.5 W/SqM
      Hours in a day
    • 22. INTEGRATED SCALABILITY OF FiT
      ORGANIZATION
      COMMUNITY
      BUILDING
      PRODUCT
      ECOSTRUCTURE
      1
      ECOSTRUCTURE
      1
      ECOSTRUCTURE
      1
      ECOSTRUCTURE
      1
      2
      2
      2
      2
      WATER
      WATER
      WATER
      WATER
      ATMOSPHERE
      3
      ATMOSPHERE
      3
      ATMOSPHERE
      3
      ATMOSPHERE
      3
      MATERIALS
      4
      MATERIALS >>>
      4
      MATERIALS
      4
      MATERIALS
      4
      ENERGY
      5
      ENERGY
      5
      ENERGY
      5
      ENERGY
      5
      FOOD
      6
      FOOD
      6
      FOOD
      6
      FOOD
      6
      SHELTER >>>
      7
      SHELTER
      7
      SHELTER
      7
      SHELTER
      7
      TRANSPORT
      8
      TRANSPORT
      8
      TRANSPORT
      8
      TRANSPORT
      8
      COMMUNITY
      9
      COMMUNITY
      9
      COMMUNITY
      9
      COMMUNITY
      9
      10
      10
      10
      10
      CULTURE
      CULTURE
      CULTURE
      CULTURE
      11
      11
      11
      11
      HEALTH
      HEALTH
      HEALTH
      HEALTH
      EDUCATION
      EDUCATION
      EDUCATION
      EDUCATION
      12
      12
      12
      12
      13
      13
      13
      GOVERNANCE
      GOVERNANCE
      GOVERNANCE
      GOVERNANCE
      <<< 13
      14
      14
      14
      14
      COMMERCE
      COMMERCE
      COMMERCE
      COMMERCE
      15
      15
      15
      15
      VALUE
      VALUE
      VALUE
      VALUE