An Inventory-Theory-Based Inexact Multistage Stochastic Programming Model for Water Resources Management

Table 3

Related economic data.

	Time period
	𝑡=1	𝑡=2	𝑡=3
Net benefit when water demand is satisfied, NB^±𝑖𝑡 ($/m^3):
Municipal (𝑖=1)	[90,110]	[95,115]	[100,120]
Industrial (𝑖=2)	[45,55]	[55,70]	[65,85]
Agricultural (𝑖=3)	[30,35]	[35,50]	[35,50]
Costs when water is transferred:
𝐶^±1𝑡 (holding cost, $/m^3)	[18.0,22.0]	[19.0,23.0]	[20.0,25.0]
𝐶^±𝑡 (unit cost, $/m^3)	[1.2,1.6]	[2.3,3.0]	[3.4,4.0]
𝑆^±𝑡 (setup cost, $)	[6.5,8.0]	[7.0,9.0]	[7.5,9.0]