PNNL helping make hydropower cheaper, more fish-friendly

PNNL helping make hydropower cheaper, more fish-friendly
A pink salmon swims into the Whooshh Fish Transportation System on the White River in Washington state. Credit: Whooshh Innovations

Enabling fish to migrate past dams could cost a fraction of conventional fish ladders with the help of a new study of the so-called Salmon Cannon, which transports fish through a flexible tube that works by creating a small difference in pressure across fish. The pressure difference helps gently move fish through the tube.

The Department of Energy's Pacific Northwest National Laboratory will evaluate Seattle-based Whooshh Innovations' technology, officially known as the Whooshh Fish Transport System, with a $300,000 grant from DOE's Small Business Vouchers Pilot. The company will provide PNNL an additional $60,000 in in-kind support for the study.

PNNL fisheries biologist Alison Colotelo and her colleagues will compare the performance of the Whooshh system and ladders to move Pacific Coast salmon around barriers in the Columbia River. The results could help the technology obtain federal approval to transport Endangered Species Act-listed Pacific salmon around dams.

This is the fourth project PNNL has been awarded under Small Business Vouchers, which enables small clean energy firms receive technology assistance from DOE's national laboratory system. PNNL is among five national labs leading the pilot and is specifically supporting small businesses in three areas: bioenergy, water power and buildings.


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Citation: PNNL helping make hydropower cheaper, more fish-friendly (2016, August 19) retrieved 19 September 2019 from https://phys.org/news/2016-08-pnnl-hydropower-cheaper-fish-friendly.html
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