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DESAL-SWRO XLCapacity engineering
36–600 m³/day envelopeTranslate demand, operating hours, storage, temperature and availability into one approved design point.
Demand · runtime · reserve
Open detailed guide DESAL-SWRO XL · INDUSTRIAL SEAWATER REVERSE OSMOSIS
Industrial fresh water.
36–600 m³/day
Project-engineered desalination plants for continuous industrial duty, island supply, hospitality and utilities.
ENGINEERING ENVELOPE1,500–25,000 L/h
DESAL-SWRO XLPROJECT-ENGINEERED PLATFORM
CONTINUOUS RANGE
36m³/day minimum
Waterverified analysis
Dutyruntime & storage
Trainsproject architecture
600m³/day maximum
NO FIXED XL SKU
36–600 m³/dayPROJECT OUTPUT RANGE
1,500–25,000 L/hDESIGN FLOW
Parallel RO trainsSCALABLE ARCHITECTURE
Duty redundancyPROJECT-DEFINED AVAILABILITY
Engineering reviewFINAL PERFORMANCE GATE
QUICK ANSWER04
When does a project become DESAL-SWRO XL?
Move to DESAL-SWRO XL when production exceeds the PM / PM-C catalog range, when continuous duty or redundancy is required, or when intake, pretreatment, RO, post-treatment and controls must be engineered as one integrated plant.
DESAL-SWRO XL ENGINEERING GUIDES
One industrial envelope. Three design decisions.
The confirmed public range is continuous from 36 to 600 m³/day. No intermediate capacity bands or model codes are treated as approved products.
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DESAL-SWRO XLProcess architecture
Integrated seawater treatmentDefine intake, pretreatment, high-pressure RO, energy recovery, post-treatment, CIP and controls as one plant.
Source · process · interfaces
Open detailed guide 03
DESAL-SWRO XLProject design basis
Inputs before quotationCollect the water, duty, final-quality, site, utility and delivery data required for an accountable proposal.
Analysis · duty · battery limits
Open detailed guide Guaranteed output, recovery, equipment selection and power demand are confirmed only in the approved technical proposal.
INTEGRATED PLANT ARCHITECTURE
Engineered as one water-production system.
DESAL-SWRO XL connects the intake, pretreatment, high-pressure process, membranes, post-treatment and controls into one maintainable plant.
Discuss the processIntake & pretreatment
Screening, media or membrane pretreatment, dosing and SDI control according to the source.
High-pressure section
Pump selection, pressure control and energy recovery defined for the design point.
RO trains
Membrane array, recovery, flux and parallel-train architecture sized for stable production.
Post-treatment & control
Remineralization, disinfection, flushing, CIP, instrumentation and remote supervision.
INDUSTRIAL APPLICATIONS
Designed around the duty—not only the flow.
The same nominal capacity can require a different process depending on uptime, water quality, intake conditions and operating environment.
Industrial utilitiesProcess, service and make-up water
Islands & remote sitesIndependent local production
Hotels & resortsHigh-demand hospitality supply
Municipal supplyDistributed potable-water projects
Construction & campsProject and workforce demand
Energy & infrastructureReliable utility-water production
DESAL-SWRO XL · PROCESS VERIFIEDPROJECT DATA GATE
What we need before final selection.
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Feed-water analysisSalinity, temperature, turbidity, SDI, organics and seasonal variation
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Production requirementDaily volume, peak demand, operating hours and storage strategy
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Required water qualityPotable, process or utility specification and post-treatment target
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Site and utilitiesIntake, discharge, footprint, electrical supply, climate and access
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Availability philosophyDuty/standby, train redundancy, automation and remote monitoring
NEXT DELIVERY FORMAT
BOX DESAL SWROCONTAINERIZED SYSTEMS · 100–1,200 m³/DAYNeed a factory-integrated plant?
The same DESAL-SWRO engineering can be delivered as BOX DESAL with process equipment, controls and plant services integrated for rapid site installation.
INDUSTRIAL SWRO FAQ
Answers before concept design.
01When should a project move from DESAL-SWRO PM / PM-C to DESAL-SWRO XL?
DESAL-SWRO XL is the correct engineering path when required production exceeds the compact PM / PM-C range, when continuous industrial duty or redundancy is required, or when the intake, pretreatment and site integration must be designed as one complete plant.
02Are the XL capacity bands fixed catalog models?
No. The bands show the current engineering envelope from 36 to 600 m³/day. The final DESAL-SWRO XL configuration, number of trains, recovery, membrane array, materials and guaranteed output are defined from verified project data.
03Which feed-water information is required?
A current seawater analysis is required together with conductivity or salinity, temperature range, turbidity, SDI where available, organics, microbiology, intake description and seasonal variation.
04Can DESAL-SWRO XL include redundancy and remote monitoring?
Yes. Duty/standby equipment, parallel RO trains, automatic flushing, instrument redundancy, remote monitoring and alarm integration can be included according to the required availability level.
05Can the same system be supplied inside a container?
Yes. When rapid deployment, weather protection or factory integration is required, the engineered process can be packaged as a BOX DESAL containerized plant. Container layout is confirmed after process and site requirements are frozen.
READY FOR INDUSTRIAL SWRO ENGINEERING?
Send the water analysis and project duty.
We will define the DESAL-SWRO XL process, design capacity, train architecture, pretreatment, controls and delivery concept.