Linear Programming Water Resources Problem. 2: Water Resources Problem The total water demand for Gaza Strip is 160 MCM/yr (80 for Municipal and Industrial.

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Presentation transcript:

Linear Programming Water Resources Problem

2: Water Resources Problem The total water demand for Gaza Strip is 160 MCM/yr (80 for Municipal and Industrial and 80 for agriculture). The M&I demand should be satisfied from groundwater wells, and seawater desalination. The agricultural demand should be satisfied from groundwater wells and from the treated wastewater (TWW) but at least 25% of the agricultural demand should come from the groundwater wells. The maximum capacity of the central seawater desalination plant is 60 MCM/yr. The Palestinian water quality standards require that the water supplied to the M&I should have TDS concentration less than 700mg/l and the water supplied to agriculture should have TDS concentration of less than 1100 mg/l. The integrated aquifer management plan recommended that the max groundwater abstraction should be 100 MCM/yr. The following table shows the estimated benefits, production cost, and the produced quality of each source.

Source BenefitCostQuality $/m3 TDS (mg/l) Sea water desalination Wells for M&I Wells for agriculture TWW for agriculture Ignore other factors, Design a Linear Programming model to seek the optimal utilization from each source? Explain the binding and the slack conditions shown in the answer report? What is the minimum amount of seawater desalination to keep the solution feasible?