The energy-water nexus is a complex relationship where constraints in one resource can induce constraints in the other. My PhD research focuses on constraints in the power generation sector as a result of water limitations caused by droughts and heat waves. In particular, I am evaluating drought- and heat wave-resiliency of thermoelectric power plants by modeling 1) retrofit of advanced low-water cooling technologies, 2) thermal pollution discharge limitations, 3) dynamic impacts of surface water storage, and 4) use of alternative water resources (e.g., reclaimed water). I will integrate these four research aspects together to reveal areas where technology and policy can collaborate to increase the resilience of electricity infrastructure.
