SEAMASTERDESALINATION
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SEAMASTER desalination for marine, hospitality, industrial and municipal applications

APPLICATION-BASED DESALINATION ENGINEERING

Start with where the
water will be used.

Eight application pathways connect your water source, daily demand and operating conditions to the correct SEAMASTER product family.

Choose application Open Watermaker Finder
Yachts & MarineVillas & HomesHotels & ResortsIslands & Remote AreasCamps & Temporary SitesIndustryIrrigationMunicipal Supply
8 applicationsFROM MARINE TO MUNICIPAL
Source firstBRACKISH OR SEAWATER
Daily dutyREAL OPERATING HOURS
22.5 L/h–1,200 m³/dayPLATFORM COVERAGE
Engineering gateFINAL CONFIGURATION VERIFIED
QUICK ANSWER08

Application tells us how the system must work.

A yacht prioritizes footprint and power. A hotel prioritizes peaks and reserve. Industry prioritizes uptime and water quality. Municipal supply prioritizes resilience and operator access. The application defines the duty; the water analysis selects the treatment route.

See selection logic

CHOOSE YOUR APPLICATION

Eight routes to the correct DESAL platform.

Open each sector to compare its operating challenge, typical water source, capacity envelope and recommended product families.

01
Yachts & MarineFresh water onboard
02
Villas & HomesIndependent private supply
03
Hotels & ResortsGuest demand without compromise
04
Islands & Remote AreasIndependent remote supply
05
Camps & Temporary SitesWater supply that follows deployment
06
IndustryProcess and utility water
07
IrrigationWater quality for crop performance
08
Municipal SupplyReliable distributed production

APPLICATION SELECTION MATRIX

Application narrows the route. Project data makes the selection.

Use this matrix as the first filter, then verify water quality, daily production, operating schedule and installation conditions.

ApplicationTypical sourcePrimary design driverStarting product familyFinal gate
Yachts & MarineSeawaterFootprint, DC power, noiseDESAL YACHT / DESAL-SWRO PMMarine installation review
Villas & HomesBrackish / seawaterOccupancy, storage, automationDESAL-BWRO Q / XP or PM-CWater analysis
Hotels & ResortsBrackish / seawaterPeak demand, reserve, seasonalityDESAL-BWRO KP / PM-C / XLDemand schedule
Islands & Remote AreasBrackish / seawaterAutonomy, availability, logisticsDESAL-BWRO / PM-C / XL / BOXRemote-site design basis
Camps & Temporary SitesBrackish / seawaterOccupancy phases, storage, mobilizationDESAL-BWRO / PM-C / XL / BOXPhased demand schedule
IndustryBrackish / seawaterUptime, redundancy, product qualityDESAL-BWRO KP / DESAL-SWRO XLProcess specification
IrrigationUsually brackishSalinity, ions, crop sensitivityDESAL-BWRO Q / XP / KPWater + agronomy review
Municipal SupplyBrackish / seawaterResilience, storage, operator accessDESAL-SWRO XL / BOX DESAL SWROPotable-water requirements

FOUR INPUTS BEFORE ENGINEERING

Bring the source, demand, quality and site together.

The correct product family becomes clear when four project inputs are defined at the same time.

01Feed-water analysis
02Daily demand & hours
03Required water quality
04Site & utilities
SEAMASTER WATERMAKER FINDER™

Convert the application into a preliminary product match.

Choose the sector, feed-water class and required capacity. The Finder identifies the smallest qualifying catalog model before final engineering.

Open Finder

APPLICATION FAQ

Answers before product selection.

01Can a desalination system be selected only from the application?

No. The application defines the duty and installation priorities, but the final system also requires measured feed-water quality, daily demand, operating hours, product-water specification, power supply and site conditions.

02How do I choose between DESAL-BWRO and DESAL-SWRO?

Choose the technology from the actual feed water. DESAL-BWRO covers defined brackish-water conductivity classes, while DESAL-SWRO is engineered for seawater duty. A current analysis is required whenever the source is uncertain or seasonally variable.

03How should daily water demand be converted into RO capacity?

Add all realistic daily uses, define the available operating hours and storage volume, then include a design reserve. The hourly RO requirement is not the same as the site's peak instantaneous consumption.

04When is a containerized BOX DESAL solution appropriate?

BOX DESAL is appropriate when the project benefits from factory integration, weather protection, reduced site assembly and a defined delivery battery limit. Site intake, product storage and discharge interfaces still require coordination.

05Does SEAMASTER provide a guaranteed result from the online Finder?

No. The Finder provides a preliminary catalog starting point. Guaranteed capacity, recovery, permeate quality, pretreatment and energy demand are confirmed only after engineering review.

READY TO DEFINE THE APPLICATION?

Send the water source and daily demand.

We will connect the application to the correct DESAL family and identify the data required for final engineering.

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