Hydropower Engineering

Kleinschmidt has specialized in all aspects of hydropower engineering design for more than 5 decades including developing feasibility studies, designs, bid specifications, evaluations of contractor’s submittals, and construction observation under FERC guidance. Over the years, we have developed expertise and proven methodologies for conducting feasibility studies through our many large-scale site screening projects including evaluating hundreds of sites.

Our experience includes performing hydropower feasibility assessments for the upgrade potential of existing sites, development potential of new greenfield sites, and performing due diligence assessments at existing hydropower facilities nationwide.

During the past five years, Kleinschmidt has performed more than 50 feasibility studies and completed design projects of all types including design of powerhouses, gates, penstocks, and spillways and provided construction monitoring on most of our designed hydro projects. We have completed a majority of these projects under FERC jurisdiction.

Whether the project involves developing a new “greenfield” hydropower plant, adding generation to an existing non-powered dam, or rehabilitating an existing hydropower facility, hydropower engineers need a comprehensive understanding of the inter-relationship of all the project components. Our team has diverse backgrounds in civil, structural, hydraulic, mechanical, electrical, and geotechnical disciplines, which allow us to identify, evaluate, and develop comprehensive and integrated solutions.

Our technical expertise is concentrated in hydropower and dam projects, addressing the repair, rehabilitation, redevelopment and regulatory compliance of existing facilities as well as new developments.

We have inspected, evaluated, and designed hundreds of penstocks with a wide variety of specific site conditions since 1966. We have developed a practical and detailed understanding of the long-term behavior and characteristics of aging penstocks.

We routinely perform penstock inspections and evaluations to assess the condition of existing penstocks. Several staff members hold Level I certification with the Society of Professional Rope Access Technicians (SPRAT) and have the experience to perform penstock and hydraulic structure inspections using industrial rope access techniques. Our experienced inspection staff complete annual confined space training for entry into penstocks.

In the past 10 years, we have completed more than 20 penstock replacement projects that involve steel, fiberglass reinforced plastic (FRP), and centrifugally cast glass reinforced plastic (CCGRP) projects.

Technical consultants are often required to evaluate a project or an asset portfolio. Our team of experienced, senior personnel offer specialized technical services to our clients and the lenders involved in the financing, sale, acquisition and development of hydroelectric and other electric assets. In meeting this need, Kleinschmidt has served as independent reviewers for lending institutions, private developers, utilities, and law firms.

We have developed hundreds of costing and economic evaluations for energy projects, and our financial models are used to develop and analyze capital expenditure budgeting programs, support divestiture and decommissioning proceedings, evaluate sales prices, and litigate property taxes.

To confirm that a construction project is built according to the design specifications and to mitigate future liability, most owners require construction monitoring or inspection services to be performed by an owner’s engineer – someone whose primary responsibility is to consider the owner’s interests.

These services may be limited to reviewing shop drawings, answering contractor questions during construction and occasional site visits; or for larger complex projects they may require full-time on-site engineering teams. We have experience with both scenarios and can provide the necessary hydro engineering construction services required to verify the quality, accuracy, and progress of the project.