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Geotechnical

Folsom Dam Data Import and Progress Drawings

2026-05-26T08:35:37-06:00December 1st, 2017|

Geosyntec built a system to import data collected during grouting operations and automatically generate progress drawings, resulting in significant time and cost savings for the Contractor.Folsom Dam is a concrete gravity dam on the American River in northern California. Located at the juncture of the north and south forks of the American River, the dam and its reservoir, Folsom Lake, are part of the Central Valley Project, a multipurpose project that provides flood control, hydroelectricity, and irrigation and municipal water supply to the residents of Sacramento County, CA. We supported DrillTech by importing automated grout curtain data and generating progress drawings per the USACE specifications.

Rough River Dam GIS Application

2026-05-26T08:40:09-06:00December 1st, 2017|

Geosyntec developed and deployed a web-based application to track, analyse, and visualize data collected during grouting operations. This application syncs to on-site grout monitoring equipment to immediately view grout takes and other data in plan and profile views, and in as-built drawings.The Rough River Dam in Kentucky is an earthen dam rising 135 feet high and spanning 1,590 feet with a maximum capacity of 334,400 acre-foot and has been maintained by United States Army Corps of Engineers Kentucky District since 1959.

La Jolla Alta Channel Repair and Geotechnical Stability Project

2026-04-14T14:01:36-06:00August 3rd, 2017|

An ephemeral drainage channel in La Jolla, California became severely incised due to stormwater and non-stormwater runoff from urban development that has increased over the last several decades. The progressive erosion of the channel threatened the stability of adjacent residential properties initiating a need for an emergency repair project.

Design and Permitting for Closure of a Fly Ash Reservoir High Hazard Dam Modification

2026-04-02T15:28:17-06:00July 24th, 2015|Tags: , |

Geosyntec's client, a power plant in Ohio, generates electricity from two, 1,300-MW, coal-fired units. In anticipation of upcoming federal coal combustion residuals (CCR) regulations, the client decided to initiate closure design for a 300-acre fly ash pond. The site also features a high hazard dam. Acid mine drainage (AMD) from around the reservoir reduces the pH of the water and is currently treated in the reservoir.

Foundation Design for Rail Line Extension Atop Closed Coal Ash Pond

2026-04-02T15:28:22-06:00July 24th, 2015|Tags: |

Brunner Island is a three-unit, coal-fired plant owned by PPL Generation, Inc., and located on the west bank of the Susquehanna River. The plant constructed a 130-car rail line extension and storage yard atop a closed coal ash pond. Geosyntec was retained to design and implement a test fill program, prepare and implement a field sampling program, and analyze and conduct preliminary analyses of foundation performance.

Coal Combustion Residuals Management Plans – Kingston Fossil Plant

2026-04-02T15:28:28-06:00July 24th, 2015|Tags: |

Geosyntec has had a strong and continuous involvement in engineering projects at TVA Kingston since the 2008 geotechnical failure. Our involvement includes the following and serves as a demonstration of our experience with coal combustion residuals (CCR) management, disposal, and associated activities.

Design and Permitting for Coal Combustion Residuals Requirements and Effluent Limitation Guidelines

2026-04-02T15:28:29-06:00July 24th, 2015|Tags: , |

Geosyntec provided comprehensive services to Santee Cooper at the Winyah Generating Station to assist the facility with compliance with the pending implementation of the federal Coal Combustion Residuals (CCR) Rule and Effluent Limitation Guidelines (ELGs).

Design and Build of Shoreline Sheet Pile Wall for Groundwater Flow Control

2026-04-02T15:35:36-06:00June 1st, 2014|Tags: |

Tesoro Alaska Petroleum Company has an oil refinery in Kenai, Alaska, on a bluff approximately 100-feet above the shores of the Cook Inlet. Historic practices at the site contributed to the presence of refined petroleum products in groundwater migrating toward the shoreline bluff. Tesoro retained Geosyntec to design and build a system to collect impacted groundwater and redirect it to a treatment facility.

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