Source-water first
Every route begins with the actual brackish-water or seawater source, not a preferred machine.
SEAMASTER DESALINATION · ENGINEERING PLATFORM BY CWG
Water independence.
Engineered as a system.
From compact yacht watermakers to industrial and containerized plants, SEAMASTER connects source-water data, application duty and maintainable desalination architecture.
ENGINEERING BASECWG d.o.o. · CROATIA
SOURCE TO SERVICECOMPACT · SKID · CONTAINERIZED
Croatia · EUENGINEERING BASE
2 water routesBRACKISH + SEAWATER
6 applicationsMARINE TO MUNICIPAL
3 delivery formatsCOMPACT · SKID · BOX
Verified designPROJECT DATA GATE
SEAMASTERDESALINATIONA SPECIALIZED CWG ENGINEERING PLATFORM
WHO WE ARE
One desalination platform across water sources, applications and project scales.
SEAMASTER is the specialized desalination platform of CWG d.o.o. in Croatia. It brings compact watermakers, commercial RO systems, engineered SWRO plants and containerized solutions into one consistent product and engineering structure.
The platform is built to answer a practical question: how should a specific source become reliable water for a specific service? That requires more than selecting nominal flow. It requires water analysis, operating duty, pretreatment, membranes, materials, post-treatment, controls, storage interfaces and maintainability to agree.
ENGINEERING PRINCIPLES
Six rules guide every DESAL route.
The same rules apply from a 30 L/h yacht system to a multi-container water-supply project.
Application-led duty
Marine, residential, hospitality, industry, irrigation and municipal supply create different operating priorities.
Complete process
Pretreatment, RO, energy, post-treatment, storage interfaces and controls are evaluated as one water system.
Verified boundaries
Catalog ranges guide preliminary selection; guaranteed performance follows sufficient project data and engineering approval.
Maintainable delivery
Access, components, documentation, cleaning, spares and operator capability are considered during configuration.
Clear integration
Battery limits define how the DESAL package connects to intake, power, product storage, distribution and discharge.
DESIGNED AROUND THE APPLICATION
Operating context changes the correct answer.
A yacht prioritizes footprint, power and onboard access. A hotel must cover peaks and seasonality. Industry requires process quality and uptime. Municipal supply adds storage, redundancy and operator capability.
Explore all applicationsYachts & MarineCompact onboard water independence.Villas & HomesPrivate brackish-water or seawater supply.Hotels & ResortsSeasonal demand, storage and guest-service resilience.IndustryProcess quality, uptime and project interfaces.IrrigationWater quality aligned with crop and soil needs.Municipal SupplyResilient community water-service architecture.
THREE DELIVERY FORMATS
Scale the system without losing the engineering logic.
Compact catalog systems
DESAL YACHT, DESAL-BWRO and DESAL-SWRO PM / PM-C provide defined product families for verified source and capacity ranges.
Browse product linesProject-engineered skids
DESAL-SWRO XL extends the platform for larger duty, custom pretreatment, parallel trains, post-treatment and integration.
Explore DESAL-SWRO XLContainerized plants
BOX DESAL SWRO factory-integrates treatment sections and plant services into one or more transportable project modules.
Explore BOX DESAL
FROM VERIFIED DATA TO OPERATING BASELINEPROJECT PROCESS
Six gates from first inquiry to operation.
UnderstandApplication, source, required water quality, demand, operating window and project objectives.
VerifyWater analysis, seasonal conditions, utilities, intake, discharge and physical installation constraints.
SelectDESAL family, preliminary capacity, membrane route, pretreatment and delivery format.
EngineerRecovery, equipment duty, materials, controls, storage interfaces, redundancy and battery limits.
DeliverCatalog unit, engineered skid or BOX DESAL containerized package according to the approved scope.
CommissionStartup, operating baseline, training, documentation and agreed service or spare-parts plan.
ENGINEERING OUTPUTS
Turn assumptions into defined project information.
The actual document package follows the accepted scope, project size and delivery format.
01
Design basis
Verified inputs, assumptions, duty point, operating philosophy and final engineering gates.
02
Process architecture
Treatment sequence, water balance, pretreatment, RO, post-treatment and stream interfaces.
03
Equipment duty
Capacity, pressure, recovery, membrane, pump, dosing, monitoring and cleaning requirements.
04
Control philosophy
Permissives, automatic operation, flushing, alarms, shutdowns and remote interface requirements.
05
Project documentation
Approved data, technical schedule, layouts, interfaces and operating information according to scope.
06
Lifecycle plan
Commissioning, operator training, consumables, spares, service access and maintenance expectations.
TECHNICAL INTEGRITY
Clear boundaries are part of good engineering.
SEAMASTER does not treat an online result as a guarantee or apply one pretreatment train to every source. Public ranges and the Finder accelerate orientation; the approved proposal defines the real performance and supply boundary.
Supplier names remain outside the public SEAMASTER product structureCatalog limits are not extended without engineering reviewReference data is identified separately from guaranteed project dataWater analysis and site conditions remain the final selection gateIncluded integration, documentation and support are stated in the proposal
PROJECT COLLABORATION
Built to work with the complete project team.
Clear process data and interfaces allow the DESAL package to coordinate with owners, consultants, shipyards, contractors, utilities and EPC teams.
International project review
Destination requirements, codes, electrical supply, climate, logistics, service access and documentation are defined for each location.
Introduce your projectSEAMASTER WATERMAKER FINDER™
Open Finder Start with the application, source-water class and required output.
The Finder identifies a preliminary catalog route. SEAMASTER engineering verifies the complete project before proposal.
ABOUT SEAMASTER FAQ
Clear answers about the platform and project scope.
01What is SEAMASTER?
SEAMASTER is the specialized desalination platform of CWG d.o.o. in Croatia. It organizes compact, commercial, industrial and containerized brackish-water and seawater RO solutions under one application-led engineering framework.
02Does SEAMASTER offer standard products or only engineered plants?
Both. Compact DESAL YACHT, DESAL-BWRO and DESAL-SWRO families provide catalog starting points. DESAL-SWRO XL and BOX DESAL SWRO address larger project-engineered and containerized duties. Final scope depends on verified project data.
03Does SEAMASTER manufacture every component?
No such universal claim is made. A delivery can combine standard equipment, selected treatment components, project-engineered skids and factory-integrated container packages. The proposal defines the actual engineering, assembly, integration, testing and supply boundary.
04Can SEAMASTER work with consultants, shipyards, contractors or EPC teams?
Yes. The engineering process is structured around clear design inputs, technical schedules and battery limits so the desalination package can be coordinated with marine, civil, mechanical, electrical and utility scopes.
05Are certifications and material requirements fixed for every product?
No. Required codes, certificates, wetted materials, electrical standards and documentation must be stated for the destination and project. They are confirmed in the commercial and technical scope before supply.
06What support is available after delivery?
Commissioning, training, documentation, consumables, spare parts, remote support and field service can be defined according to the project and location. Only the items stated in the accepted scope are included in a specific delivery.
LET'S DEFINE THE WATER SERVICE.
Send the source, application and required output.
We will identify the correct DESAL route, missing project inputs and next engineering step.