A modification is made for the water cycle in New York City based on Problem 1.1. No water is lost during distribution. If we recycle treated wastewater to make up for our water demand, (a) please draw a new graph to show the modification; b) how much water do we need to withdraw from the nature when the recycled sewage accounts for 10% of the total water demand? (c) How many percent of water withdrawal from the nature can be reduced in comparison with the water withdrawal without water reuse?
A modification is made for the water cycle in New York City based on Problem 1.1. No water is lost during distribution. If we recycle treated wastewater to make up for our water demand, (a) please draw a new graph to show the modification; b) how much water do we need to withdraw from the nature when the recycled sewage accounts for 10% of the total water demand? (c) How many percent of water withdrawal from the nature can be reduced in comparison with the water withdrawal without water reuse?
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A modification is made for the water cycle in New York City based on Problem 1.1. No water is lost during distribution. If we recycle treated wastewater to make up for our water demand, (a) please draw a new graph to show the modification; b) how much water do we need to withdraw from the nature when the recycled sewage accounts for 10% of the total water demand? (c) How many percent of water withdrawal from the nature can be reduced in comparison with the water withdrawal without water reuse?
Transcribed Image Text:Stormwater
WTP
End Users
WWTP
Infiltration
Runoff
Surface Water
Groundwater
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