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1. The new Awareness of Water
a. Where is it
b. The future Demand
2. Top World Water uses
3. Water Supply and Costs Considerations
4. LEED Organization
a. What is it
b. Effectiveness measurement scales
5. Water Harvesting - Existing Buildings considerations
6. Water Harvesting - New Buildings considerations
7. Water Harvesting - General applications
a. Agriculture
i. Farming Wash down systems
ii. Livestock watering
b. Buildings
i. Residential
1. Irrigation
2. Non potable internal use
3. Water Features
ii. Commercial Non-Potable
1. Irrigation
2. Non potable internal use
3. Cooling towers
4. Fire protection
5. EVOCs
6. Potable water Recycling
7. Water features
8. Water harvesting - Project Definition Process
9. Water Harvesting - Design Considerations
a. Storage considerations
i. Above ground
ii. Below ground
iii. Materials of construction
b. Pumping Considerations
i. Automated
ii. Manual
iii. Types and Application
c. Filtration & Treatment options
i. Types of filters
ii. How to control filters
iii. How to apply
d. Advanced Water Controls
i. Operator interfaces
ii. Local & Remote reporting/monitoring
e. Residential vs commercial
i. Discussion of a-d for residential & commercial
10. ROI Discussion
a. Factors
b. Geographic affects on ROI
11. Design Exercise (1-3 scenarios)
a. Requirements evaluation
b. Solutions discussion
12. Case study Overviews (3-5 scenarios)
a. Requirements definition
b. Solution
c. ROI
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Benefits and Learning Outcomes ▼
- Learn water harvesting principles and technologies
- Participate in a design exercise for practical application
- Review case studies and concepts
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