
Fresh Water — Any Time, Any Ocean
Watermaker installation, diagnostics, membrane service, preservation planning, and commissioning for supported systems. Selection is based on demand, power, space, plumbing, source-water conditions, controls, and service access.
Installation, diagnostics, preservation, filtration, controls, and recommissioning based on the vessel and exact system.
Application review, plumbing, electrical, intake and discharge planning, pre-filtration, mounting, commissioning, and operator handoff for compatible systems.
Quoted after vessel and equipment review
Systematic checks of feed flow, high-pressure performance, membrane rejection, controls, valves, pumps, leaks, and electrical supply before parts are recommended.
Model and access details required
Pre-filter service, membrane evaluation or replacement, seals, O-rings, and recommissioning using components matched to the system specification.
Parts subject to model and availability
Freshwater flushing, preservation planning, filter service, pump and leak inspection, and documented performance checks based on use pattern and manufacturer guidance.
Interval depends on system and operation
Evaluation of controls, pumps, membranes, pre-filtration, monitoring, and capacity changes when a supported upgrade is practical for the existing installation.
Compatibility confirmed before quotation
Help for inoperative or low-output systems in the Southwest Florida service area, with scheduling based on location, access, technician availability, and parts.
Call to confirm response availability
Brand names describe equipment experience, not manufacturer authorization. Confirm current support using the exact model and configuration.
Sea Recovery
FCI
SeaWater Pro
Spot Zero
DometicDC, AC and automated watermaker systems
Best for: Vessels requiring application-based power and output planning
Modular and packaged reverse-osmosis systems
Best for: Powerboats, sailboats and commercial applications
Automatic and semi-automatic desalination systems
Best for: Vessels requiring automated controls and higher output
Compact through high-output watermaker systems
Best for: Vessels balancing output, controls, power and available space
Portable and installed watermaker options
Best for: Vessels where portability or installation flexibility matters
Compact and higher-output desalination systems
Best for: Small through larger vessels with defined output requirements
Desalination and dock-water treatment configurations
Best for: Yachts requiring integrated water production and treatment planning
Marine watermaker systems and supporting components
Best for: Vessels with a confirmed SeaWater Pro model and serviceable installation
Dock-water treatment and reverse-osmosis equipment
Best for: Yachts requiring supported dock-water treatment or purification service
We compare current manufacturer specifications after defining the vessel requirements.
Crew size, tank capacity, showers, laundry, ice production, reserve margin, and practical operating windows.
Available voltage, battery and charging capacity, generator schedule, protection, controls, and supported network interfaces.
Component footprint, service clearances, intake and brine routing, potable-water connection, ventilation, and drainage.
Source-water conditions, pre-treatment, sampling, consumables, preservation, parts support, and maintenance access.
Use these examples to narrow the discussion. Current specifications, availability, compatibility, and pricing must be confirmed before quotation.
Showing 12 of 38 matching examples
Model: Farallon-2800C | 220V AC
Specification and availability confirmation required
Model: Farallon-1800C | 220V AC
Specification and availability confirmation required
Model: Newport-700C | 24/48/110/220V
Specification and availability confirmation required
Model: Newport-400C | 12/24/48V DC
Specification and availability confirmation required
Model: Newport-400C-Compact | 12/24/48V DC
Specification and availability confirmation required
Model: Catalina-340C | 12/24/48V DC
Specification and availability confirmation required
Model: Catalina-340R | 12/24/48V DC
Specification and availability confirmation required
Model: CapeHorn-330 | 12/24V DC
Specification and availability confirmation required
Model: CapeHorn-330-Compact | 12/24V DC
Specification and availability confirmation required
Model: Ventura-200C | 12/24V DC
Specification and availability confirmation required
Model: Ventura-200T | 12/24V DC
Specification and availability confirmation required
Model: 90-8200PH | 12V DC
Specification and availability confirmation required
Additional configurations are reviewed by model, voltage, output, space, and current availability during quotation.
Expert advice from 30+ years of marine watermaker experience
Complete guide to selecting the right watermaker for your vessel. DC vs AC, capacity calculations, and brand comparisons.
Essential maintenance schedules, common problems, membrane care, and when to repair vs replace your watermaker.
Whether you need a new watermaker installation, repair, or membrane replacement, Accumar Marine Services has you covered. 30+ years of experience serving Fort Myers, Cape Coral, Naples, and all of Southwest Florida.
Looking for watermaker repair, maintenance, or installation?
Visit our Marine Watermaker Service page →Rated output varies widely by model. Actual production depends on feed-water temperature and salinity, membrane condition, pressure, voltage, pre-filter condition, and installation losses. We size systems from the vessel's daily demand, available run time, tank capacity, power source, space, and service access.
Installation cost depends on the selected model, intake and discharge work, electrical supply, plumbing runs, pre-filtration, mounting, controls, access, and commissioning. Accumar quotes equipment and labor after reviewing the vessel and current manufacturer or distributor availability.
The choice depends on battery capacity, charging sources, generator use, desired output, duty cycle, available voltage, and installation space. We compare those operating constraints against current model specifications before recommending DC, AC, or dual-power equipment.
Maintenance intervals depend on the manufacturer, water quality, hours, operating frequency, storage duration, and filter loading. Follow the current manual for flushing, preservation, filter changes, sampling, and membrane checks; record pressure, flow, and product-water quality so changes are visible.
Stagnant systems can develop biological growth, odor, fouling, and reduced membrane performance. Preservation timing and chemicals are model-specific, so follow the current manufacturer procedure rather than a generic interval or mixture.
No. Output and rejection change with temperature, salinity, contamination, feed flow, and pressure. Do not assume a system can safely process questionable harbor, fuel-contaminated, sewage-affected, or harmful-algal-bloom water; follow official advisories and the equipment manual.
There is no universal best brand. The right system depends on water demand, electrical capacity, generator schedule, available space, intake and discharge routing, automation requirements, service access, and parts support for the chosen model.
Membrane life is not a fixed number. Feed-water quality, use frequency, flushing and preservation practices, pressure, pre-filtration, chemical exposure, and storage all affect performance. Test rejection and output against the current model specification before replacing a membrane.
Accumar has service and installation experience with systems including Spectra, Village Marine, Sea Recovery, FCI, Rainman, Sea Xchange, SeaWater Pro, Spot Zero, and Dometic. Brand names describe equipment experience, not manufacturer authorization. Confirm support using the exact manufacturer and model.
Portable systems may have simpler setup requirements, but permanent installations can involve seawater intake, brine discharge, potable-water plumbing, dedicated electrical protection, mounting, ventilation, controls, and commissioning. Review the manufacturer requirements and applicable marine standards before deciding.
Not necessarily. Check operating conditions, filters, feed flow, pressure, voltage, leaks, valves, sensors, and membrane rejection before condemning the membrane. A recorded baseline helps separate environmental changes from equipment deterioration.
Do not assume reverse osmosis makes questionable source water safe. Follow current Florida Fish and Wildlife Conservation Commission, health authority, and manufacturer guidance; stop intake and protect the system when source-water quality is uncertain. If questionable water entered the system or tank, obtain qualified inspection and water-quality guidance before consumption.
Seasonal checklists, diagnostic tips, and marine AC insights from 30+ years in the field. No fluff — just what works.
Share the vessel, system, symptoms, location, timing, and available photos. We’ll review the details and respond with the right next step.