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Water Savings using Irrigation Systems Learning Objectives: - Practical solutions to climate mitigation, Increase resiliency of Farmers, Improve quality of infrastructure, Solutions to water problems
Water Savings using Irrigation Systems Learning Objectives: - Practical solutions to climate mitigation, Increase resiliency of Farmers, Improve quality of infrastructure, Solutions to water problems in Jordan - Learn how to apply financial principles to actual problems. Given Information: - You have a 5000m2 Farm - Irrigating by hose and consuming around 207m3 per cycle (3months). See below table for water tariff categories and cost per cycle: - You decide to install an irrigation system. - The irrigation system will reduce your water consumption by 75% to 52m3/ cycle - The irrigation system will cost around 4,000JD - Jordan water energy intensity is 6.6KWh/m3 - Jordan's 2020CO2 emission factor is 0.4585KG/KWh. Required Calculations (I=5%,n=20 years) 1. For the Farmer Calculate the following: a. Payback Period, (PBP), Net Present Value, (NPV), Internal Rate of Return, (IRR), Benefit/Cost Ration (B/C) b. Cash Flow Diagram 2. For the Ministry of Water and Irrigation a. What is the annual energy reduction? b. What is the lifetime energy reduction? c. What is the annual CO2 emission reduction? d. What is the lifetime CO2 emission reduction? Water Savings using Irrigation Systems Learning Objectives: - Practical solutions to climate mitigation, Increase resiliency of Farmers, Improve quality of infrastructure, Solutions to water problems in Jordan - Learn how to apply financial principles to actual problems. Given Information: - You have a 5000m2 Farm - Irrigating by hose and consuming around 207m3 per cycle (3months). See below table for water tariff categories and cost per cycle: - You decide to install an irrigation system. - The irrigation system will reduce your water consumption by 75% to 52m3/ cycle - The irrigation system will cost around 4,000JD - Jordan water energy intensity is 6.6KWh/m3 - Jordan's 2020CO2 emission factor is 0.4585KG/KWh. Required Calculations (I=5%,n=20 years) 1. For the Farmer Calculate the following: a. Payback Period, (PBP), Net Present Value, (NPV), Internal Rate of Return, (IRR), Benefit/Cost Ration (B/C) b. Cash Flow Diagram 2. For the Ministry of Water and Irrigation a. What is the annual energy reduction? b. What is the lifetime energy reduction? c. What is the annual CO2 emission reduction? d. What is the lifetime CO2 emission reduction
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