Introduction to Dam Decommissioning: On-Demand
As dams deteriorate, or as their purpose and benefits diminish, there may come a time when the appropriate action is to decommission the dam. For some dams, this can be a very simple, rapid and inexpensive undertaking. For other dams, it can be a very complex and costly process, requiring years to accomplish. The purpose of this webinar is to provide an overview of recent trends in dam decommissioning in the United States with an emphasis on the engineering and design aspects of dam decommissioning. Distinctions will be made between decommissioning run-of-the-river dams versus traditional storage dams, high and significant hazard dams versus low hazard dams, concrete and masonry dams versus embankment dams, and large dams versus small dams. Reservoir sediment issues and management strategies will also be presented and discussed. The webinar will include many examples of decommissioned dams and provide participants with key references and best practice documents for dam decommissioning.
Paul G. Schweiger, P.E.
Vice President, Gannett Fleming, Inc.
Paul is a Vice President of Gannett Fleming, Inc. and Manager of the Firm's Dams and Hydraulics Section in Camp Hill. He has over 33 years of consulting engineering experience and has served as a project engineer or manager for the design of eleven new dams and the design and technical review of many dam rehabilitation projects. He has inspected hundreds of dams across the nation including completing over 200 dam assessment reports. Paul is an approved FERC facilitator for performing potential failure modes analysis exercises for dams, Emergency Action Plan exercises, and Part 12 dam assessments. He regularly serves as an expert hydrology and hydraulics engineer on Independent External Peer Review panels for United States Army Corps of Engineers dam and flood control projects and has served on the National Dam Safety Review Board as the Private Sector Representative. Paul is currently serving on the Board of Consultants for the Oroville Spillway Emergency Recovery Project and the Oroville Dam Comprehensive Needs Assessment.