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The Official Web Site of the State of South Carolina

Plans & Studies

SCOR can assist communities in developing plans and studies to identify potential flood reduction projects.

Stormwater planStormwater planStormwater plan

Photo credit (left to right): City of Charleston, Richland County, Davis & Floyd

Project Documents

Marion County Stormwater Master Plan

Town of Pamplico Stormwater Study

Town of Mayesville Stormwater Study

To learn about the Mayesville, SC Drainage Study under development and/or to provide public input on known flooding in Mayesville, click here.

City of Conway Stormwater Master Plan

City of Florence Stormwater Master Plan

City of Orangeburg Storm Drainage Study

Darlington County Watershed Study

The Citadel Multi-Hazard Mitigation Plan Update

Town of Summerton Hydrologic and Hydraulic Study

Orangeburg County Hydrologic and Hydraulic Study

Georgetown and Williamsburg Counties Hydrologic and Hydraulic Study

Town of James Island Creek Basin Drainage Master Plan

Chesterfield County Hydrologic and Hydraulic Study

Calhoun County Hydrologic and Hydraulic Study

Horry County Buck Creek Watershed and Simpson Creek Watershed Hydrologic and Hydraulic Study

Georgetown County Resilience Element of Comprehensive Plan

Town of Lamar Stormwater Plan

Town of Society Hill Stormwater Plan

Town of Pinewood Stormwater Plan 

Williamsburg County Comprehensive Plan

Total Budget

$13 million

Eligible Applicants
  • Counties, cities, or towns
  • State agencies
  • Councils of Government (COG)
Eligible National Objectives

Not required

Executing Jurisdictions
  • SC Office of Resilience
  • UGLG subrecipients with capacity to execute projects
Application Period Year-round, ongoing
Eligible Activities

Including, but not limited to:

  • Local and regional functional land-use plans
  • Stormwater Master plans 
  • Drainage and Stormwater Studies
  • Comprehensive plans
  • Community recovery plans
  • Resilience plans
  • Hazard Mitigation Plan updates
  • Disaster risk analysis/reduction studies that identify potential flood-reduction projects