How does a watermaker remove salt from seawater? Discover how pre-filtration, high pressure, and reverse osmosis membranes work together to remove dissolved salts and other substances from seawater and produce fresh water.
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Choosing a watermaker for your boat involves much more than comparing production capacity and prices. Discover the 7 most common mistakes and learn how capacity, energy consumption, installation space, maintenance, and your boat’s specific requirements should be considered when selecting the right system.
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Freshwater management at sea is about more than production capacity. System architecture, prefiltration, reverse osmosis, serviceability and proper vessel integration all play a role in long-term performance. Titan Watermaker approaches onboard freshwater production as an integrated marine engineering system.
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A watermaker's long-term performance depends not only on its production capacity, but also on where and how it is installed onboard. Engine-room temperature, ventilation, service access, seawater plumbing and electrical infrastructure should all be considered when determining the right location.
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Learn how accessibility, connections, electrical infrastructure, vibration, and maintenance requirements should be evaluated when choosing a watermaker installation location.
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A vessel’s range is not determined by fuel capacity alone. The freshwater required to sustain the crew’s daily needs is also a fundamental parameter in voyage planning.
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Discover how integrating a watermaker with seawater intake, onboard power, the fresh-water tank and available installation space affects performance and long-term reliability.
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Learn why real water demand, onboard power, usage profile and installation conditions matter as much as production capacity when choosing a watermaker for a boat or yacht.
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