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List of Oakland Sustainable Design Guide Pages

Building Life Cycle: Construction
Building Life Cycle: Design
Building Life Cycle: Occupancy
Environmental Concerns
FAQ
Guide2
IEQ
ieq pi
Materials
Oakland Sustainable Design Guide 1
OAKLAND SUSTAINABLE DESIGN GUIDE CASE STUDIES
Oakland Sustainable Design Guide Contact Information
Oakland Sustainable Design Guide Credits
OAKLAND SUSTAINABLE DESIGN GUIDE DOCUMENTS
OSDG: Energy
OSDG: Energy
OSDG: IEQ
OSDG: IEQ
OSDG: Materials
OSDG: Site
OSDG: Transportation
OSDG: Transportation
OSDG: Transportation
OSDG: Waste and Recycling
OSDG: Water
Overview of the Oakland Sustainable Design Guide
PDF
predesign
Process
Resource Energy
Resource Materials
Resource Site
Resource Waste
Resources
Resources ieq
Resources Transportation
Resources Water
Results
Scoring
Strategy 1.1: Encourage Development on Sites with Existing Municipal Services
Strategy 1.1: Encourage Development on Sites with Existing Municipal Services
Strategy 1.1: Encourage Development on Sites with Existing Municipal Services
Strategy 1.2: Maintain and Enhance the Biodiversity and Ecology of the Site
Strategy 1.2: Maintain and Enhance the Biodiversity and Ecology of the Site
Strategy 1.2: Maintain and Enhance the Biodiversity and Ecology of the Site
Strategy 1.3: Use Microclimate and Environmentally Responsive Site Design Strategies
Strategy 1.3: Use Microclimate and Environmentally Responsive Site Design Strategies
Strategy 1.3: Use Microclimate and Environmentally Responsive Site Design Strategies
Strategy 1.4: Use Native or Mediterranean Trees, Shrubs, and Plants
Strategy 1.4: Use Native or Mediterranean Trees, Shrubs, and Plants
Strategy 1.4: Use Native or Mediterranean Trees, Shrubs, and Plants
Strategy 1.5: Manage Site Water
Strategy 1.5: Manage Site Water
Strategy 1.5: Manage Site Water
Strategy 2.1: Use Recycled Water Systems
Strategy 2.1: Use Recycled Water Systems
Strategy 2.1: Use Recycled Water Systems
Strategy 2.2: Conserve Building Water Consumption
Strategy 2.2: Conserve Building Water Consumption
Strategy 2.2: Conserve Building Water Consumption
Strategy 2.3: Conserve Cooling Tower Water Consumption
Strategy 2.3: Conserve Cooling Tower Water Consumption
Strategy 2.3: Conserve Cooling Tower Water Consumption
Strategy 3.1: Optimize Building Placement and Configuration for Energy Performance
Strategy 3.1: Optimize Building Placement and Configuration for Energy Performance
Strategy 3.1: Optimize Building Placement and Configuration for Energy Performance
Strategy 3.2: Optimize Building Envelope Thermal Performance
Strategy 3.2: Optimize Building Envelope Thermal Performance
Strategy 3.2: Optimize Building Envelope Thermal Performance
Strategy 3.3: Provide Daylighting Integrated with Electric Lighting Controls
Strategy 3.3: Provide Daylighting Integrated with Electric Lighting Controls
Strategy 3.3: Provide Daylighting Integrated with Electric Lighting Controls
Strategy 3.4: Provide Efficient Electric Lighting Systems and Controls
Strategy 3.4: Provide Efficient Electric Lighting Systems and Controls
Strategy 3.4: Provide Efficient Electric Lighting Systems and Controls
Strategy 3.5: Maximize Mechanical System Performance
Strategy 3.5: Maximize Mechanical System Performance
Strategy 3.5: Maximize Mechanical System Performance
Strategy 3.6: Use Efficient Equipment and Appliances
Strategy 3.6: Use Efficient Equipment and Appliances
Strategy 3.6: Use Efficient Equipment and Appliances
Strategy 3.7: Use Renewable or Other Alternative Energy Sources
Strategy 3.7: Use Renewable or Other Alternative Energy Sources
Strategy 3.7: Use Renewable or Other Alternative Energy Sources
Strategy 3.8: Integrate All Systems and Reduce Total Energy Use
Strategy 3.8: Integrate All Systems and Reduce Total Energy Use
Strategy 3.8: Integrate All Systems and Reduce Total Energy Use
Strategy 4.1: Control and Isolate Source of Pollutants
Strategy 4.1: Control and Isolate Source of Pollutants
Strategy 4.1: Control and Isolate Source of Pollutants
Strategy 4.2: Use Low VOC-emitting Materials
Strategy 4.2: Use Low VOC-emitting Materials
Strategy 4.2: Use Low VOC-emitting Materials
Strategy 4.3: Control Moisture to Prevent Microbial Contamination
Strategy 4.3: Control Moisture to Prevent Microbial Contamination
Strategy 4.4: Provide Ample Ventilation for Pollutant Control and Thermal Comfort
Strategy 4.4: Provide Ample Ventilation for Pollutant Control and Thermal Comfort
Strategy 4.4: Provide Ample Ventilation for Pollutant Control and Thermal Comfort
Strategy 4.5: Provide Appropriate Thermal Conditions
Strategy 4.5: Provide Appropriate Thermal Conditions
Strategy 4.6: Provide Effective Lighting
Strategy 4.6: Provide Effective Lighting
Strategy 4.6: Provide Effective Lighting
Strategy 4.7: Provide Appropriate Building Acoustical and Vibration Conditions
Strategy 4.7: Provide Appropriate Building Acoustical and Vibration Conditions
Strategy 4.7: Provide Appropriate Building Acoustical and Vibration Conditions
Strategy 4.8: Provide Views, Viewspace, and Connection to Natural Environment and Human Factor Design
Strategy 4.8: Provide Views, Viewspace, and Connection to Natural Environment and Human Factor Design
Strategy 4.8: Provide Views, Viewspace, and Connection to Natural Environment and Human Factor Design
Strategy 5.1: Use Recycled Content Products and Materials
Strategy 5.1: Use Recycled Content Products and Materials
Strategy 5.1: Use Recycled Content Products and Materials
Strategy 5.2: Use Materials from Renewable Sources
Strategy 5.2: Use Materials from Renewable Sources
Strategy 5.2: Use Materials from Renewable Sources
Strategy 5.3: Use Durable Materials
Strategy 5.3: Use Durable Materials
Strategy 5.3: Use Durable Materials
Strategy 5.4: Use Locally Manufactured Materials
Strategy 5.4: Use Locally Manufactured Materials
Strategy 5.4: Use Locally Manufactured Materials
Strategy 6.1: Re-use Existing Buildings (Renovation and Redevelopment Projects)
Strategy 6.1: Re-use Existing Buildings (Renovation and Redevelopment Projects)
Strategy 6.1: Re-use Existing Buildings (Renovation and Redevelopment Projects)
Strategy 6.2: Design for Less Material Use
Strategy 6.2: Design for Less Material Use
Strategy 6.2: Design for Less Material Use
Strategy 6.3: Design Buildings for Future Use
Strategy 6.3: Design Buildings for Future Use
Strategy 6.3: Design Buildings for Future Use
Strategy 6.4: Salvage Demolition Waste
Strategy 6.4: Salvage Demolition Waste
Strategy 6.4: Salvage Demolition Waste
Strategy 6.5: Recycle Demolition and Construction Waste
Strategy 6.5: Recycle Demolition and Construction Waste
Strategy 6.6: Reduce Packaging Waste
Strategy 6.6: Reduce Packaging Waste
Strategy 6.6: Reduce Packaging Waste
Strategy 6.7: Design a Recycling System
Strategy 6.7: Design a Recycling System
Strategy 6.7: Design a Recycling System
Strategy 7.1: Design to Support Mass Transit
Strategy 7.1: Design to Support Mass Transit
Strategy 7.1: Design to Support Mass Transit
Strategy 7.2: Design to Support Bicycle Use and Walking to Commute
Strategy 7.2: Design to Support Bicycle Use and Walking to Commute
Strategy 7.3: Design to Support Carpooling and Alternative Powered Vehicles
Strategy 7.3: Design to Support Carpooling and Alternative Powered Vehicles
Strategy 7.3: Design to Support Carpooling and Alternative Powered Vehicles
SUSTAINABLE DESIGN GUIDE STRATEGIES
Waste/Recycle Goals
WASTE/RECYCLE STRATEGIES

City of Oakland Public Works Agencywww.oaklandpw.com Report a Problem - PWA Call Center: (510) 615-5566 - pwacallcenter@oaklandnet.com

Environmental Services Division

List of Oakland Sustainable Design Guide Pages

City of Oakland Public Works Agency
www.oaklandpw.com
Report a Problem - PWA Call Center:
(510) 615-5566 - pwacallcenter@oaklandnet.com