Fish Passage Hydropower Production

Operators no longer have to choose between environmental compliance and maximizing the revenue generated by their facility's turbines. Innovative fish passage hydropower production solutions from Whooshh use 90% less water than traditional ladders, allowing that flow to be diverted for generation. At some sites, this water savings can result in millions of dollars in additional annual revenue while actually improving fish survival rates.

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Upstream Fish Passage

Ensuring that migratory species can reach their ancestral spawning grounds is vital for the long-term survival of river ecosystems. Our Upstream Fish Passage technology focuses on energy preservation, allowing fish to glide over obstacles rather than battling high-velocity currents. This rapid transit system ensures that salmon, steelhead, and other species arrive at their destination in peak physical condition.

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How can we improve fish passage for hydropower production efficiently?

Dam operators and utility managers face a constant conflict between environmental mandates and power generation goals. Federal regulators require high survival rates for migrating species. At the same time, shareholders and customers demand maximum energy output.

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Is Your Fish Monitoring System Blind to Real-Time Migration Data?

Fisheries management and dam operations face a mounting crisis of data accuracy. Regulators demand precise counts of native and invasive species. Resource managers struggle with labor costs and the physical toll of manual sorting. Conventional methods often rely on grainy video feeds or stressful physical handling. These antiquated approaches delay reporting by months.

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Why the modern fishway is no longer just a concrete staircase

For decades, the standard approach to river connectivity was rooted in heavy civil engineering. We built massive concrete ladders with one primary goal: get fish from the bottom of the dam to the top. While these structures served their purpose in the 20th century, the operational landscape of the 2020s has shifted.

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