This video discusses the minimum indoor air quality performance, increased ventilation according to ASHRAE Standard 62.1, low-emitting materials, and environmental tobacco smoke control.
- [Instructor] The LEED rating system…ensures a minimum indoor air quality performance…by mandating minimum ventilation standards.…LEED prerequisite minimum indoor air quality performance…ensures that all occupied spaces are ventilated…with fresh air at all times,…and wide assured by meeting the requirements…of ASHRAE Standard 62.1.…For the LEED Green social exam,…you need to know that ASHRAE Standard 62.1…applies to ventilation, strategy, and design.…Project teams can earn points if they…increase the ventilation rates by at least 30 percent…above the minimum rate required by the prerequisite.…
By doing that, the project teams need to pay attention…to trade-offs for increased ventilation.…For example, bringing an increased amount…of outside air to indoor spaces can result…in cooling or heating more air…and increases energy consumption.…There's another trade-off to keep in mind…if the outdoor air quality is not good.…In that case, air filters at supply side…of the mechanical equipment should be carefully considered.…
Author
Released
1/18/2019- LEED impact categories
- Smart growth vs. urban sprawl
- Alternative transportation strategies
- Sustainable site construction and design strategies
- Strategies for reducing indoor and outdoor water use
- Renewable energy production, green power, and carbon offsets
- Energy efficiency, metering, and demand response
- Building product disclosure and optimization
- Indoor air quality management design strategies
Skill Level Beginner
Duration
Views
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Introduction
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1. LEED Green Associate: Overview
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2. Environmental Impact of Buildings
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LEED impact categories6m 21s
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3. Integrative Process
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Integrative process overview5m 33s
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4. Location and Transportation
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Unpreferred locations3m 2s
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Preferred locations4m 13s
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5. Sustainable Sites
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6. Water Efficiency
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Water efficiency overview2m 21s
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Outdoor water use reduction4m 32s
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Indoor water use reduction4m 49s
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Cooling tower water use1m 59s
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Water metering1m 30s
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7. Energy and Atmosphere
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Energy consumption reduction3m 44s
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Energy metering1m 24s
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Demand Response2m 5s
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Refrigerant management2m 39s
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8. Materials and Resources
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Waste management4m 15s
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9. Environmental Quality
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Occupant comfort1m 27s
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10. Innovation and Regional Priority
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Innovation2m 10s
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Regional priority1m 13s
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Conclusion
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Next steps1m 1s
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Video: Indoor air quality management design strategies