Originally constructed in 1930 by the New England Power Association, the Comerford Hydropower Station remains a remarkable example of early 20th-century engineering. Designed to harness the power of the Connecticut River, the facility has undergone significant upgrades over the decades to improve its efficiency and capacity. Recent enhancements, including the integration of sophisticated monitoring devices, reflect the ongoing evolution of technology and the station's critical role in providing renewable energy to the region. To optimize performance and longevity, flashboard pins were installed atop the dam to regulate water flow. Given the continuous exposure to water and the need for exceptional durability, a duplex coating system was specified. Combining hot-dip galvanizing for robust corrosion resistance with a polysiloxane topcoat for extended protection and aesthetics, this solution ensures long-term performance in the demanding hydropower environment.

The Comerford Hydropower Station exemplifies the seamless integration of modern material technologies with historic infrastructure, preserving its legacy while reinforcing its role as a vital renewable energy asset for the region.