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Project

Pumped Storage Hydropower Membrane

Topic:

Overview/Objective

Conventional pumped storage hydropower (PSH) technologies are not always feasible options, especially at a small scale, because of their high costs, extended licensing periods, and other factors. Closed-loop PSH (a configuration with two reservoirs isolated from a free-flowing water source) is particularly challenging because it requires construction of a second reservoir near the river or lake and typically involves costly major civil works. In addition to the possible environmental impact of such work (blasting, for example), construction of a second reservoir and the complicated licensing that goes with it lead to high costs and lengthy timelines in closed-loop PSH deployment. The goal of this project is to reduce such barriers through development of a novel technology.

 

Shell pumped storage model

Results

ORNL developed a concept documented in the Preliminary Design Specification Report and filed under US Patent Application 2019025172 and is currently working to establish a demonstration site.

Impact/Intended Impact

ORNL developed a concept documented in the Preliminary Design Specification Report and filed under US Patent Application 2019025172 and is currently working to establish a demonstration site.

 

Participating Organizations: Shell Energy North America, Oak Ridge National Laboratory, Pacific Northwest National Laboratory, Western Washington University, McMillen Jacobs

 

Related Publications 

https://www.energy.gov/eere/water/articles/energy-department-awards-98-million-next-generation-hydropower-technologies