Best Septic System Installation in Tampa, FL
Compare 20 local septic system installation providers in Tampa. Verified listings with real contact info.
20 verified providers · Updated 2026-04-17
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Quality Septic Inc.
Nuckles Septic Tank Services
Septic Blue of Tampa
Go Green Septic Service
Quality Septic Inc.
Gulf Coast Septic LLC
Quality Septic Inc
Ted's Septic Tanks
ASAP Advanced Septic & Drainage
Cote's Septic Tank Services Inc
Calhoun Septic Tank Service
Thomas Kisic Septic Service
AA Cut Rate Septic, A Wind River Company
Quality Septic Inc.
Arthur H. Price Jr. Septic Tank Service, Inc.
Lakeland Septic Company
Frequently Asked Questions
How much does a new septic system cost in Florida?
A conventional septic system typically costs $15,000 to $30,000, depending on local permitting complexity, soil conditions, and labor costs. Alternative systems (mound systems, drip irrigation, FAST systems) required in certain areas cost even more.
What permits are needed for septic installation in Florida?
You need a soil/site evaluation and a county health department OSTDS construction permit before installation. Designs must meet Chapter 64E-6, F.A.C., the Florida Building Code where plumbing connections are involved, and any stricter local environmental health ordinances. Coastal properties, Outstanding Florida Waters buffers, or impaired-water basins can add FDEP or water-management district coordination. Expect roughly 2-4 months including reviews.
How long does septic system installation take in Florida?
The physical installation usually takes 3-7 days for a conventional system. However, the entire process from initial soil testing through final inspection can take 3-6 months due to comprehensive permitting requirements.
What type of septic system do I need in Florida?
The system type is determined by your county health department under Chapter 64E-6, F.A.C., using soil morphology, loading rates, setbacks to wells and surface waters, seasonal high water table, and flood zones. FDEP water-resource policies can influence siting near protected waters. High water tables, clay or limestone, small lots, and coastal salt-intrusion risk often push projects to engineered or performance-based systems.