Coal has successfully powered electricity generation for more than 100 years. But during the past few decades increasing regulations pertaining to air, water, and the handling, storage, treatment, and disposal of coal combustion residuals (CCR) has greatly impacted operations at coal-fired facilities.
Geosyntec consults with clients to achieve their goals for new and expanded ash and residuals storage facilities, closure and reuse of existing storage facilities, and the management of leachate, unplanned releases, and groundwater impacts related to coal combustion activities.
During the past 20 years of supporting our electric power generating clients, we have provided comprehensive services from feasibility and siting studies to design and permit applications, construction support services, remediation, closure engineering, and operations consulting. Our CCR management services encompass technically challenging projects related to landfills, ponds, containment dams, groundwater assessment and remediation, and plant wastewater. Our in-plant services include studies to assess the impacts of new regulations; assessments and proposed design alternatives, including those for mechanical process changes; redesign of wastewater treatment facilities; and preparation of National Pollutant Discharge Elimination System (NPDES) permit applications. We work closely with our clients to assess current and potential future needs and conduct planning and engineering to meet those needs.
We continue to advance the practice through the introduction of technical innovations, research collaborations with industry partners, and contributions to technical publications. The Electric Power Research Institute frequently taps Geosyntec practitioners to author key guidance and research on topics related to coal ash. Additionally, our experience with high-profile ash projects requiring both short-term and long-term strategies was recently recognized by the American Council of Engineering Companies with an Engineering Excellence Grand Award for our efforts at the Tennessee Valley Authority's Kingston plant.
- Ash landfill design and permitting
- Flue gas desulfurization waste reuse and disposal
- Coal ash dike and dam geotechnical inspections, monitoring, and rehabilitation
- Ash pond closure design
- Structural reliability assessment of existing dams and CCR pond embankments
- Groundwater monitoring assessment, and remediation of heavy metals
- NPDES permitting
- Design and Permitting for Closure of a Fly Ash Reservoir High Hazard Dam Modification
- Design and Permitting of a Flue Gas Desulfurization Residuals Waste Landfill Over an Existing Ash Pond
- Foundation Design for Rail Line Extension Atop Closed Coal Ash Pond
- Slope Remediation Strategy and Implementation at a Fly Ash Disposal Basin
- Design and Implementation of Nickel IWW Treatment to Reduce Groundwater Impact
- Coal Combustion Residuals Pond Closure Guidance Documents
- Site Characterization Studies for Two Coal Combustion Byproduct Storage Facilities
- Rapid Assessment and Removal of Coal Combustion Products JEA St. Johns River Power Park Area II Landfill
- Coal Combustion Residuals Management Plans - Kingston Fossil Plant
- Design and Permitting for Coal Combustion Residuals Requirements and Effluent Limitation Guidelines