Feed-water envelope
Current analysis, conductivity or salinity, temperature, turbidity or SDI, hardness, alkalinity, metals, silica, organics and variability.
INDUSTRIAL APPLICATIONS · PROCESS & UTILITY WATER
Water engineered for
the production duty.
Connect feed-water variability, process quality, daily output, uptime and site interfaces to the correct industrial DESAL platform.
INDUSTRIAL PLATFORM ENVELOPE164 L/h–1,200 m³/day
PROJECT-ENGINEERED DUTYQUALITY · CAPACITY · AVAILABILITY
Feed-water basisFULL ANALYSIS + VARIATION
Process qualityPOINT-OF-USE SPECIFICATION
Continuous dutyHOURS + STORAGE + RESERVE
AvailabilityREDUNDANCY BY CONSEQUENCE
Engineering gateGUARANTEES AFTER REVIEW
QUICK ANSWER5×
Five project variables must be solved together.
The plant is selected from feed water, required product quality, production duty, availability and site interfaces. Optimising one without the others creates hidden cost or operating risk.
INDUSTRIAL DESIGN BASIS
Define the duty before defining the equipment.
Six input groups create an auditable basis for process selection and the final proposal.
Product specification
Define permeate quality at the point of use—not simply ‘RO water’. Downstream equipment and process chemistry set the target.
Production duty
Required m³/day, hourly production, operating window, peak profile, storage autonomy and future expansion.
Availability
Acceptable interruption, duty/standby philosophy, parallel trains, critical spares and maintenance response.
Site utilities
Electrical supply, feed pressure, drainage, chemical facilities, ventilation, communications and available plant-room area.
Battery limits
Intake, feed tank, product storage, discharge, post-treatment and controls interfaces must be assigned before supply scope is frozen.
SKID OR CONTAINERIZED INDUSTRIAL DELIVERYTHREE INDUSTRIAL ROUTES
Source water narrows the technology. Duty defines the platform.
Brackish water·Catalog classes up to 22,000 µS/cmDESAL-BWRO KP164–2,500 L/h
Compact industrial process, wash, make-up and utility-water duty where the feed analysis fits a KP configuration.
WHL, HL, L, M, R and LR options are selected by measured conductivity and product-water requirement.
Open product familySeawater·1,500–25,000 L/h engineered envelopeDESAL-SWRO XL36–600 m³/day
Skid-based industrial seawater desalination requiring integrated pretreatment, multiple trains or defined availability.
Capacity bands are engineering envelopes, not fixed SKUs. Final recovery, membranes, materials and performance are project-specific.
Open product familySeawater·Eight reference containerized capacitiesBOX DESAL SWRO100–1,200 m³/day
Factory-integrated delivery where weather protection, reduced site assembly and a defined process battery limit are priorities.
Reference models: 100, 200, 300, 400, 500, 720, 1000 and 1200 m³/day in one or two 40-foot containers.
Open product familyCOMPLETE TREATMENT TRAIN
RO performance depends on every stage around the membrane.
The exact process is selected from the feed-water risks and required product quality.
ILLUSTRATIVE PLATFORM MATCHES
Capacity is interpreted inside the project context.
These examples show product-family routing, not guaranteed plant selections.
01
Compact process supply
- Feed
- Brackish
- Demand
- 2 m³/day
- Operating basis
- 12 h/day
- Nominal output
- 166.67 L/h
02
Continuous seawater utility
- Feed
- Seawater
- Demand
- 36 m³/day
- Operating basis
- 24 h/day
- Nominal output
- 1,500 L/h
03
Factory-integrated plant
- Feed
- Seawater
- Demand
- 200 m³/day
- Operating basis
- Defined by project
- Nominal output
- 200 m³/day
04
High-capacity site supply
- Feed
- Seawater
- Demand
- 1,000 m³/day
- Operating basis
- Defined by project
- Nominal output
- 1,000 m³/day
AVAILABILITY ARCHITECTURE
Design redundancy from the cost of interruption.
A larger single plant is not automatically more resilient. Storage, parallel trains, standby equipment, bypasses and service access must be designed as one operating strategy.
BATTERY-LIMIT CHECK
Define what connects to the DESAL plant.
A clear interface list protects the schedule, cost and performance guarantee.
Send interface listRaw-water intake or feed-tank connectionProduct-water tank and distribution interfaceConcentrate, drain and chemical discharge pointsElectrical supply, backup power and earthingControl signals, remote monitoring and alarmsCivil works, ventilation, access and lifting route
SEAMASTER WATERMAKER FINDER™
Open Finder Use the Finder for the preliminary catalog route.
The Finder supports catalog matching. Engineered XL, containerized BOX DESAL, redundancy and complete industrial process scope continue through technical review.
INDUSTRIAL APPLICATION FAQ
Questions before plant engineering.
01Can an industrial RO plant be selected only from flow rate?
No. Flow defines capacity, but feed-water chemistry, temperature, required permeate quality, operating hours, recovery, pretreatment, storage, availability and site interfaces determine the actual plant. The same nominal flow can require very different equipment.
02When should DESAL-SWRO XL be replaced by BOX DESAL SWRO?
It is not only a capacity decision. DESAL-SWRO XL is a project-engineered plant platform from 36 to 600 m³/day. BOX DESAL SWRO provides reference containerized capacities from 100 to 1,200 m³/day when factory integration, enclosure and reduced site assembly are advantageous. Site intake, storage and discharge remain project interfaces.
03What does industrial availability mean?
Availability describes the production that must remain during equipment service or a fault. It can be supported by stored reserve, parallel RO trains, duty/standby pumps, instrument redundancy, critical spares and an agreed maintenance response. The design follows the acceptable business interruption.
04Is CIP the same as the factory cleaning process?
Not necessarily. RO CIP is the membrane clean-in-place system used to circulate a controlled cleaning solution through the RO train. A customer’s production-line CIP is a separate process demand and may require a specific product-water quality and storage arrangement.
05Which values are guaranteed?
Catalog and reference values support preliminary selection. Guaranteed production, recovery, permeate quality, energy use, chemical consumption and materials are issued only after the project basis is reviewed and approved in the technical proposal.
READY TO DEFINE THE INDUSTRIAL BASIS?
Send the feed analysis and process-water specification.
We will identify the correct DESAL platform and the engineering inputs required for a complete technical proposal.