Current Hydro and Conifer Infrastructure Partners launch Robert C. Byrd Hydroelectric Project on Ohio River

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, a leader in sustainable energy solutions, has announced its collaboration with Conifer Infrastructure Partners to develop the 28.5 MW Hydroelectric Project in Mason County, West Virginia. This innovative initiative, designed to harness the ‘s natural flow, will generate 165,000 MWh of carbon-free energy annually, enough to power over 15,000 homes.

With construction scheduled to begin in 2026 following regulatory approvals, this project underscores the growing potential of run-of-river hydropower technology to support sustainable energy transitions while preserving ecological balance.

What Makes the RC Byrd Hydroelectric Project Significant?

The RC Byrd Hydroelectric Project, classified under the (FERC No. P-15094), leverages cutting-edge hydropower technology to deliver clean energy without the environmental drawbacks of traditional systems. Unlike conventional hydropower, which often requires extensive dam modifications, this project retrofits two decommissioned lock chambers at the Robert C. Byrd Locks and Dam to minimize material use and reduce ecological disruption.

Jeremy King, Chief Executive Officer of Current Hydro, emphasized the project’s dual impact: “This project isn’t just about producing clean energy—it’s about supporting West Virginia’s economy, creating jobs, and fostering collaboration with the U.S. Army Corps of Engineers and local communities.”

The project’s run-of-river hydropower technology works by utilizing the natural flow of water released from existing infrastructure. This ensures reliable, predictable power generation while maintaining the river’s oxygen levels and supporting aquatic ecosystems.

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How Does Current Hydro’s Approach Address Environmental Concerns?

One of the critical advantages of Current Hydro’s strategy is its low environmental impact. By reusing existing infrastructure, such as the lock chambers at the Robert C. Byrd Locks and Dam, the project significantly reduces the need for new construction materials. Additionally, the system’s design optimizes river flow to ensure it is shared responsibly among stakeholders, including transportation networks and local wildlife.

The powerhouses—two reinforced concrete structures measuring 110 feet by 142.5 feet—will house six Kaplan pit turbine-generators. These advanced turbines are engineered for efficiency, producing reliable renewable energy while maintaining critical environmental parameters such as fish habitat and oxygenation levels in the Ohio River.

“Hydropower, when executed thoughtfully, can provide a sustainable solution for baseload energy needs,” noted Nick Stork, Founder and Managing Partner of Conifer Infrastructure Partners. “It combines longevity with minimal ecological impact, making it a cornerstone for a renewable energy future.”

How Will the Project Benefit West Virginia and the U.S.?

The RC Byrd Hydroelectric Project promises to bring economic, environmental, and energy benefits to West Virginia and beyond. By generating carbon-free electricity for over 15,000 homes, it will reduce reliance on fossil fuels and contribute to the broader decarbonization of the U.S. energy grid.

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Economically, the project is expected to create jobs during construction and operation, while also fostering sustainable community development. Current Hydro’s expertise in hydropower development ensures a streamlined regulatory process and effective collaboration with local stakeholders.

Additionally, the project aligns with the growing demand for renewable, non-intermittent power sources in the U.S. As hydropower currently accounts for 28% of the nation’s renewable energy mix, the RC Byrd initiative demonstrates the untapped potential of existing infrastructure to contribute to energy diversification.

What Are the Next Steps for the RC Byrd Hydroelectric Project?

The project’s final license application was submitted to the Federal Energy Regulatory Commission on January 23, 2025, with additional approvals required under Section 408 of the U.S. Army Corps of Engineers permitting process. If all regulatory milestones are met, construction will begin in 2026, with the plant expected to be fully operational by the end of 2028.

This timeline highlights the meticulous planning involved in balancing energy production goals with environmental stewardship. The collaboration between Current Hydro and Conifer Infrastructure Partners ensures that the project is equipped with both technical expertise and financial resources to achieve these objectives.

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Why Is Hydropower Crucial for Renewable Energy Expansion?

Hydropower has emerged as a reliable renewable energy source capable of meeting baseload power demands. Unlike solar and wind, which are dependent on weather conditions, hydropower provides a steady, predictable energy supply.

With hydropower facilities capable of operating for up to 100 years, the RC Byrd project represents a long-term investment in the U.S. renewable energy mix. By modernizing and repurposing existing infrastructure, the initiative also reduces construction costs and environmental impacts, paving the way for similar projects nationwide.

The 28.5 MW Robert C. Byrd Locks and Dam Hydroelectric Project reflects the potential of Ohio River hydropower to address the dual challenges of climate change and energy security. Through innovative technology and strategic partnerships, Current Hydro and Conifer Infrastructure Partners are setting a new standard for sustainable energy development in the U.S.

As the project progresses, it promises to deliver clean energy, boost West Virginia’s economy, and showcase the untapped potential of hydropower as a renewable energy cornerstone.


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