When conducting a reserve study for properties in Savannah, careful consideration of accelerated corrosion due to coastal proximity, extreme flood/storm surge potential, and high costs for repairs within the landmark Historic District is essential. Structures must budget for ongoing maintenance of components affected by saltwater intrusion and constant sand abrasion. The long-term threat of sea level rise must also inform decisions about the service life and long-term funding needs for ground-level components and drainage infrastructure.
Severe Salt Air and Sand Corrosion – The coastal location causes rapid corrosion of all exterior metal components (railings, AC units, lights) and abrasion of paint/siding from blowing sand, requiring shorter component lifespans.
Sea Level Rise Mitigation – Reserve studies must consider the long-term, incremental costs of adapting to rising sea levels, including potential future expenses for raising utilities, improving defenses, or enhancing drainage.
Historic Preservation Requirements – Properties within the Historic District must comply with strict architectural review boards, making repairs to components like historic wood windows, stucco, and slate roofs significantly more complex and costly.
FEMA Flood Zone & Storm Surge – Funds must specifically allocate for the maintenance of elevated structures (pilings) and the flood-proofing of mechanical systems, with high deductible reserves for tropical storm damage.
Spanish Moss & Tree Debris – The widespread live oaks and Spanish moss require specific maintenance budgets for regular tree trimming to prevent roof and gutter damage, and for cleaning debris from common areas.
Our engineers are well-versed in the unique challenges and requirements of reserve studies in Savannah, including severe coastal corrosion, historic preservation compliance, sea level rise planning, and structural maintenance against high tropical storm risk.
CEO & Founder - Sr. Engineering Consultant
Areas of expertise: Reserve Studies, Mechanical Engineering, New Product Development
B.S. Mechanical Engineering Marquette University. 18 years of Reserve Study Experience.
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