Scenario 1: Severely reduced rainfall
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In this future scenario Toy Town is experiencing a prolonged period of extreme drought with rainfall being reduced by 50%. The mayor wishes to ensure that water demand is met 100% of the time via retrofitting neighbourhoods. Find a solution whereby the minimum number of properties are modified (either their internal components and/or their connections). |
Challenge:
Maximise the circular economy score and make sure that the following constraint is met.
| Object | Value |
|---|---|
| Water Demand Met | 100% |
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Scenario 2: High population growth and rainfall reduction
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In this future scenario there has been a dramatic increase in the population of Toy Town which coupled with reduction in rainfall has put significant strain on water resources whereby water demand is met less than 50% of the time, environmental flows in the river are under 50% and there are high pollution values downstream. The mayor has released funding for modifying properties in neighbourhood B and allow for review of reservoir management such as controlling discharge parameters. |
Challenge:
Maximise the circular economy score and make sure that the following constraints are met.
| Object | Value |
|---|---|
| Water Demand Met | 100% |
| Upstream environmental flow | ≥70% |
| Pollution Index | < 20% |
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