Frequently Asked Questions

It is an RO treatment package arranged within, or around, a transportable container format. Final process scope, physical layout, and equipment selection depend on raw-water analysis, product-water objective, logistics, site interfaces, and the approved design basis.

A capacity title can support an early technical discussion, but it does not confirm a standard system, recovery, power demand, membrane selection, physical arrangement, price, or availability. Those points require project data and final design.

Provide the water source and available analysis, product-water objective, required duty and operating hours, application, installation location, power supply, site constraints, drawings, and any RFQ specification.

Seawater treatment may be considered after evaluating intake conditions, representative analysis, temperature and variability, pretreatment, post-treatment, concentrate management, utilities, and applicable project requirements.

The proposal should define package boundaries, civil works, external piping, electrical connections, drainage, storage, communications, lifting, commissioning, training, and owner responsibilities. Schedule is project-specific.

Maintenance planning follows the actual feed water, pretreatment, operating record, cleaning triggers, membrane documentation, and site support. A generic replacement interval should not be used as a project commitment.

Request the defined scope of supply, approved drawings, equipment documentation, operating and maintenance guidance, test-plan boundaries, interface schedule, and commissioning deliverables applicable to the project.

Applicable local requirements, approvals, and documentation should be identified by the owner and project team. No certification or drinking-water compliance claim should be assumed without verified project documentation.

It can be evaluated where transport, factory assembly, weather protection, access, or phased deployment add value. The arrangement must still accommodate utilities, maintenance access, drainage, logistics, and operating support.

The commercial and technical proposal should state packing, lifting, transport assumptions, export documentation, route constraints, delivery boundary, and the party responsible for site receipt and placement.

Power-source constraints can be included in the design review. The actual operating profile, controls, storage, power equipment, and performance implications must be defined for the specific project.

Pretreatment is selected from the source-water risks and membrane operating objective. It may include physical, chemical, membrane, or other stages only where the design data supports the selection.

Recovery is a feed-water- and design-dependent operating parameter. It should be set from confirmed chemistry, temperature, pretreatment, membrane selection, concentrate management, and operating constraints.

A turnkey discussion should identify the exact supplier boundary, site works, interfaces, testing, installation support, commissioning, training, documentation, exclusions, and acceptance basis before commitments are made.

Concentrate, backwash, spent media, chemicals, sludge, and other residuals require a project-specific route consistent with the process, site, owner responsibilities, and applicable local requirements.

They have different separation roles and should be compared against the water problem, product-water objective, pretreatment needs, residuals route, operating support, and project constraints rather than used as interchangeable labels.

A technical proposal can be developed from water analysis and project requirements. Final equipment, performance, controls, and interfaces must be confirmed in the approved design.

Timing depends on the approved scope, engineering maturity, documentation, procurement, project interfaces, logistics route, and commercial terms. It should be defined in a project-specific proposal rather than assumed from a standard lead-time claim.

Use the engineering RFQ form to submit the water source, available analysis, required product-water objective, duty, operating schedule, location, utilities, drawings, and technical documents. The response can clarify further data needed for a project-specific proposal.

Compare defined scope, assumptions, exclusions, water-design basis, package and site interfaces, documentation, test boundaries, commissioning support, logistics, and acceptance criteria—not only a headline capacity or price.