What are the surface water withdrawal infrastructures at risk of saltwater intrusion in the Chesapeake Bay?

From Alain Izabayo July 28th, 2021

73 plays 5 comments You unliked the media.

This is a summary of our investigation in identifying and characterizing surface water withdrawal infrastructures in the Chesapeake Bay (all water use in Maryland and drinking water in Virginia) that are at risk of salt water intrusion due to climate change.

It was observed that all drinking water intakes are located on the freshwater part of the Bay and about 70 of the 90 freshwater Intakes were for irrigation-related activities. About 75% of the total gallons per day of fresh water withdrawn is used for power generation. The findings also show that about 98% of the total gallons per day of water withdrawn is salty, and predominantly used for power production. Other water uses such as commercial, industrial, fire and hydrostatic testing, institutional, mining, and construction tend to also use more salt water than fresh water.

These observations clearly indicate that water withdrawal infrastructures at risk, such as drinking and irrigation water intakes of the Chesapeake Bay heavily rely on fresh water and thus it is necessary to plan and prepare for possible salt intrusion

Tags: civil engineeringenvironmentwater qualitywatermcreuclimate change

Usage: Academic Research
Creative Commons: CC-BY-NC-SA
Open Educational Resources (OER): OER
Appears In: MC_REU 2021

Comments
Related Media

Loading…

What are the surface water withdrawal infrastructures at risk of saltwater intrusion in the Chesapeake Bay?

Related Media