Reclamation invests $2M in projects to support adoption of promising research

WASHINGTON - The Bureau of Reclamation today announced a $2 million investment in nine new projects and continued funding for nine ongoing multi-year projects. The funding is part of Reclamation's Facilitated Adoption Program that supports implementation of solutions to water management challenges. Projects selected include improving the accuracy of reservoir evaporation monitoring, improved safety and testing for hydropower turbine and rotor turning, 3D measurements of infrastructure and more.

Reclamation's Science and Technology Facilitated Adoption Program provides funding for projects that have demonstrated promising solutions and successful results, helping Reclamation fulfill its mission by implementing those outcomes. The program uses Reclamation staff expertise and experience to address challenges associated with managing water and generating power in an environmentally and economically sustainable manner.

"With a rich legacy of leadership and expertise in water management, these projects build upon the pioneering efforts of innovators." said Research and Development Program Manager, Ken Nowak. "These projects demonstrate Reclamation's commitments to addressing challenges faced by water managers in the West with cutting-edge solutions.

Reclamation selected the projects through an internal competitive process. Many of the project are being done in collaboration with internal and external organizations. Partners include technical professionals from federal and state governments, universities, and private and local organizations.

Projects awarded funding include:

• Development and Refinement of Rotor Turning Device for Safer and More Efficient Maintenance and Diagnostic Tasks.
• Evaporation Monitoring at Lemon Reservoir and Lake Nighthorse.
• Demonstration and Use of Advanced 3D Measuring Techniques Using Portable Laser and Arm Technology.
• Evaporation Monitoring on Lake Powell for Water Management.
• Turbine Air Injection Testing and Implementation.
• Evaluation and Validation of Fatigue on Aging Hydro Mechanical Components using Finite Element Analysis.
• Demonstration of Robotic Vehicles for Inaccessible Metallic Pipe.
• Utilizing Satellite Imagery to Document Increasing Sedimentation at Reclamation Reservoirs.

To view descriptions of all the projects receiving funding, please visit Reclamation's Research and Development website.