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Engineering Policy and Economics:. Appropriate Reservoir Design for a Flow Dependant Chlorine Reservoir and Cultivation of Moringa oleifera in Sub-Saharan Africa. Agenda. Agenda. The “Triple Bottom Line” Effect. Agenda. Moringa oleifera. Leaf Nutrition – ounce for ounce. Potassium.
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Engineering Policy and Economics: Appropriate Reservoir Design for a Flow Dependant Chlorine Reservoir and Cultivation of Moringa oleifera in Sub-Saharan Africa
Moringa oleifera Leaf Nutrition – ounce for ounce Potassium Calcium Vitamin C
Moringa oleifera Seed Use Water Purification Oil Extraction
Moringa oleifera Constraints and Assumptions 1 hectare = 10,000 m²
Moringa oleifera Determinations • Height of 4 meters • Branch width of 1.5 meters from central trunk axis • Raised bed width of 1 meter from central trunk axis • 1024 trees Figure 1. Aerial dimensions of tree Figure 2. Spacing of trees Figure 3.1 Hectare plantation design Figure 3.2 Hectare plantation design
Moringa oleifera Results Water Purification Oil Extraction Number of people treated annually*: Maximum annual profit: 657 people $68,745 *1g of ground seed treats 1L of contaminated water
Chlorine Reservoir Previous Work Lydia Karlheim – Background, patent search, original design calculations 2) Kerri Smyth – Vacuum design from storage tank to pipe
Chlorine Reservoir Chemistry Free Available Chlorine (FAC) Hypochlorous acid Calculating FAC using NaOCl Chlorine FAC
Chlorine Reservoir Chlorination Process - Flow Rate Q = Av Q = volumetric flow rate (L/day) A = area of 3/8 inch diameter opening (7.125E ⁻⁵ m²) v= velocity of flow (varies with height) 1 m³ = 1,000 L seconds/day
Chlorine Reservoir Chlorination Process Volume of NaOCl required to produce a FAC residual of 1mg per L of water for 1,000 people
Chlorine Reservoir Chlorination Process Minimum head loss