Primary Service Area: Tampa • Clearwater • St. Petersburg
Same-Day RO Service Available Across Tampa Bay
Compact Design -
Ready To Ship from Tampa!
The #1 choice for small businesses

100% risk free - 30 day money back guarantee

Applications
Restaurants & Breweries
Hotels
Small manufacturing facilities
Dialysis clinics
Car washes
Total value: $7,597
Starting at Just $5,950
Applications:
Manufacturing
Food processing
Utilities

Total value: $25,997
Starting At Just $19,999
Custom Engineered Or Pre-Designed
Fabricated in Tampa, FL
The #1 choice for industrial applications

Payment Terms Available
Custom Engineered or Pre-Designed
Fabricated in Tampa, FL
The #1 choice for large industrial enterprises

Payment Terms Available

Applications
Desalination
Power generation
Process water
Contact Us For A Quote
For Tampa projects, our engineering team handles:
Local source water analysis
Pretreatment selection for Tampa water conditions
Membrane selection based on fouling risk
Recovery optimization considering concentrate disposal
CIP system integration
Controls, monitoring, and SCADA where required
P&IDs and process flow diagrams
Equipment specifications and procurement
Electrical and controls design
Structural and civil requirements
Permitting and regulatory compliance support



Power, Steam & Boilers Systems
RO/DI feedwater systems preventing corrosion and scaling in commercial and industrial boilers throughout Hillsborough County.

Hospitals & Dialysis Centers
Hospital-grade RO and DI systems supporting sterilization, dialysis, and medical processes across Tampa Bay.
High-performance RO/DI systems delivering consistent spot-free rinse water for Tampa car washes.

Municipal Water Utilities
Drinking water treatment and desalination
Brackish groundwater treatment
Surface water polishing
Regulatory compliance (SDWA, state standards)
Carver Water Technology designs, installs, and maintains Brackish and Seawater RO systems ranging from small commercial units (2,500 GPD+) to large industrial and municipal systems (100,000+ GPD).
Our pre-designed Brackish Water RO units (BWRO) from 2,500 GPD to 15,000 GPD are for sale online now!
Our membrane expertise includes performance troubleshooting, cleaning protocols, and replacement strategies that maximize your investment.
Our same-day service in Tampa and across Florida ensures your Reverse Osmosis systems perform when you need them.

We provide full-scope RO installation and lifecycle support:
Mechanical and electrical installation
Startup and commissioning
Operator training
Preventive maintenance programs
Membrane cleaning and replacement
24/7 emergency RO repair in Tampa Bay
Same-day service available in most Tampa locations.
Tampa Bay water sources present unique challenges that require properly designed RO systems:
Elevated dissolved solids depending on source
Hardness and scaling potential impacting membranes
Chloramines and organics affecting pretreatment
Regulatory compliance requirements for commercial and medical facilities
Generic RO systems fail early in these conditions.
We design pretreatment, membrane selection, and recovery rates specifically for Tampa installations.


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Tampa, South Tampa, Westchase, Carrollwood, Temple Terrace
Brandon, Riverview, Valrico, Seffner, Thonotosassa
Lutz, Wesley Chapel, Odessa, Cheval
St. Petersburg, Gulfport, Kenneth City, Tierra Verde, Pinellas Park
Clearwater, Palm Harbor, Safety Harbor, Dunedin, Belleair
New Port Richey, Holiday, Bayonet Point, Port Richey

Knowledge Center:
(COMING SOON) RO maintenance best practices, troubleshooting guides, industry applications
Technical specifications and performance data
Case studies and project examples
Yes. We offer 24/7 emergency RO repair across Tampa Bay and Central Florida.
Small commercial systems can often be installed and commissioned within days depending on site readiness.
PFAS contamination occurs through several pathways:
Industrial discharges from manufacturing plants.
Wastewater treatment plant effluent, which returns PFAS-laden water to rivers.
Firefighting foam (AFFF) runoff from military bases and airports.
Landfill leachate and biosolids applied to agricultural fields.
Atmospheric deposition from PFAS released through factory emissions.
Once PFAS reach surface water or groundwater, they spread widely and infiltrate municipal supplies.
There is no single “perfect” technology, but leading options include:
Granular Activated Carbon (GAC): Effective for long-chain PFAS like PFOA and PFOS, but less efficient for short-chain compounds such as GenX.
Ion Exchange (IX): Strong-base anion resins can remove both long- and short-chain PFAS, but resin fouling and PFAS-concentrated brine disposal remain challenges.
Reverse Osmosis (RO) and Nanofiltration (NF): RO provides comprehensive removal of nearly all PFAS, while NF is more energy-efficient but less effective on short-chain PFAS. Both generate brine waste streams requiring careful disposal.
Advanced Oxidation Processes (AOP) and Electrochemical Oxidation: These methods can potentially degrade PFAS at the molecular level, but they are energy-intensive and still emerging technologies.
Carver Water often engineers integrated systems (e.g., GAC + RO + IX polishing) to balance cost, efficiency, and waste management.
Yes. We service and optimize RO systems regardless of original manufacturer.
According to Bluefield Research, U.S. utilities will spend over $3 billion annually by 2030 on PFAS remediation technologies. Drivers include:
-Growing public health awareness.
-New state and federal mandates under the Safe Drinking Water Act.
-Federal grants funding PFAS technology pilots.
-Legal liabilities faced by manufacturers and utilities.
This makes PFAS the next major challenge for U.S. water utilities.
Ultra-low regulatory limits (parts per trillion) require highly sensitive monitoring and treatment.
Short-chain PFAS removal remains technically difficult.
Disposal of PFAS waste (spent media, brine) is costly and environmentally sensitive.
High operational costs for advanced technologies like RO and AOP.
Uncertainty around future regulation—EPA is expected to expand its list of regulated PFAS compounds.
Carver Water’s role is to help utilities choose the right mix of technologies, secure funding, and manage ongoing compliance.
Talk directly with our engineering team about:
Tampa water quality challenges
Flow and purity requirements
Budget and timeline
Long-term maintenance planning

Innovation
Fresh, creative solutions.

Integrity
Honesty and transparency.

Excellence
Top-notch services.

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