Watermakers
Discover Premier Watermakers for Yachts
For yacht owners, a continuous supply of fresh water is essential. Our selection of premium watermakers is tailored to the requirements of modern yachts. Each system is designed for demanding marine environments and stands out for its reliability, efficiency, and ease of operation. They are the ideal solution for extended voyages, remote anchorages, and independent cruising.
Top-3 Brands in Marine Watermakers
Spectra: Spectra is recognized as a pioneer in energy-efficient watermaking technology. Using their patented Clark Pump technology, these systems achieve low power consumption while delivering high output. They are particularly suited for owners who prioritize sustainability and long-term autonomy at sea.
Sea Recovery: Specializing in high-capacity systems for large yachts and commercial vessels, Sea Recovery units deliver production rates of several hundred liters per hour. Automated controls, integrated freshwater flush cycles, and built-in self-diagnostics come as standard, making these systems a preferred choice for vessels with high water demands.
Village Marine: Engineered for extreme conditions, Village Marine systems are exceptionally robust and easy to service. Thanks to their modular design, they can be installed in both luxury yachts and working vessels. Proven technology ensures dependable freshwater production, even under harsh offshore conditions.
Our Product Range Includes:
Fully Automated Electric Watermakers: Designed for push-button operation, these systems provide continuous freshwater production with minimal effort. They are ideal for yachts of all sizes and ensure maximum convenience.
High-Capacity Systems: Specifically built for large yachts or commercial vessels, these units deliver several hundred liters per hour. Redundant pump systems and integrated monitoring technology guarantee maximum operational security.
Modular & Engine-Driven Options: In addition to electric units, we also offer modular solutions and engine-driven pumps powered directly by the main engine. These save energy and provide additional flexibility for long-distance cruising.
Why Choose Us?
Our experts provide detailed consultation when selecting the right system—carefully considering yacht size, available power supply, and desired water output. With competitive pricing, professional installation, and comprehensive after-sales service and maintenance packages, we ensure your watermaker operates reliably for years to come. This means you can enjoy maximum independence and comfort at sea.
Watermaker Technologies: Types, Benefits, and Applications
Selecting the right watermaker system depends on factors such as available power, yacht size, crew numbers, and desired autonomy. Below is an overview of the main system types:
DC Watermakers (12V/24V): Compact systems powered directly from onboard batteries. Ideal for smaller sailing yachts or catamarans with limited energy capacity. With moderate production rates (approx. 25–70 l/h), they are perfect for extended anchoring periods or crews with modest water requirements. Advantage: low energy consumption and simple integration. Limitation: not designed for high-volume output.
AC Watermakers (110V/230V): Higher-capacity systems operated via generator or shore power. Typical output ranges between 100–300 l/h, making them suitable for larger yachts or owners who require higher comfort levels. Advantage: rapid production of fresh water, ideal for large tanks and multiple showers. Limitation: requires a reliable power source (generator or high-capacity inverter).
Engine-Driven Watermakers: These systems are powered directly by the main engine, using its mechanical energy to operate the high-pressure pump. They provide very high outputs (up to 400 l/h) without placing additional demand on electrical systems. Advantage: extremely efficient during longer motoring periods. Limitation: water production only when the engine is running, with higher installation complexity.
Modular Systems: Comprising separate components (pumps, membrane housings, control units), modular systems can be installed flexibly throughout the vessel. Advantage: maximum adaptability to available space and ease of service. Limitation: more complex installation and higher service requirements.
Our specialists analyze your requirements—crew size, cruising grounds, and onboard energy profile—and recommend the optimal solution. This ensures not only reliable freshwater production but also efficient energy management onboard.
Comprehensive Watermaker Service & Maintenance Schedule
A watermaker is a highly sensitive system operating under high pressure, integrating critical components such as pre-filters, booster pumps, high-pressure pumps, and semi-permeable membranes. To maintain consistent performance and ensure long service life, a structured maintenance schedule is essential. Our service technicians provide a clear plan for regular care and timely replacement of consumables.
Routine Maintenance Tasks
Pre-Filter Replacement: Filter cartridges (5–20 micron) must be inspected regularly and replaced depending on operating hours or contamination levels. Clean pre-filters protect the high-pressure pump and membranes from particulates.
Freshwater Flush Cycles: After each use, the watermaker should be flushed with freshwater. Automatic flushing systems perform this task to prevent salt deposits and bacterial growth.
High-Pressure Pump Inspection: Regular checks of seals, pistons, and lubrication are necessary. Oil changes are typically required every 500–1000 operating hours, depending on manufacturer specifications.
Membrane Preservation: For periods of non-use exceeding 7–10 days, membranes should be preserved with biocide solutions to prevent biofouling and bacterial contamination.
Annual & Periodic Service
Membrane Testing & Replacement: Membranes generally last 5–7 years, depending on water quality and maintenance. Regular salinity checks (ppm) indicate when efficiency drops and replacement becomes necessary.
System Calibration: Annual testing and calibration of pressure regulators, flow meters, and sensors (e.g., conductivity sensors for salinity) ensures the system operates within specified parameters.
High-Pressure Hose & Fitting Checks: All hoses, fittings, and high-pressure components should be inspected for micro-cracks or leaks. Any signs of wear must be addressed immediately to avoid system failure.
Pump and Motor Overhaul: After extended operating periods, high-pressure pumps and motors require complete overhauls. This includes seal replacement, piston inspection, and electrical insulation testing.
Monitoring & Diagnostics
Salinity Monitoring: Continuous measurement of product water quality using a TDS meter. Values above 500 ppm indicate declining membrane performance.
Flow Rate Checks: Regular comparison of product water (permeate) and waste water (brine) flow rates to identify blockages or membrane fouling.
Pressure Gauges: Routine monitoring of system pressure (typically 55–60 bar) to detect pump or membrane issues early.
Service Benefits
- Maximizes the lifespan of membranes and pumps
- Prevents operational downtime through proactive maintenance
- Improves water quality and ensures stable production rates
- Provides rapid problem diagnosis with precise monitoring techniques
Our maintenance plans are flexible and can be booked as on-demand services or through annual maintenance contracts. This guarantees your watermaker remains reliable at all times, ensuring full independence from shore-based freshwater supplies.
