A complete approach to water.

Membrane-based treatment to reduce dissolved salts.

Agricultural, commercial and industrial water applications.

Feed-water analysis, target water quality, production and concentrate management.

A treatment approach tailored to the characteristics of each well.

Farms and projects using groundwater.

Salinity, suspended solids and the complete water analysis.

Seawater desalination evaluated through project-specific engineering.

Projects considering seawater as their supply.

Intake, pretreatment, energy supply and concentrate discharge requirements.

Prepare the feed water for the downstream treatment process.

Upstream of membrane and treatment systems.

Water analysis, fouling risks and maintenance access.

Condition treated water for its intended final use.

Final water quality and storage requirements.

End-use specification, storage and distribution.

Membrane filtration for suspended particles; not a desalination process.

Particle removal and selected pretreatment applications.

Feed-water quality, flow and cleaning requirements.

Biological wastewater treatment combined with membrane separation.

Wastewater treatment projects.

Influent characteristics, loading and treated-water requirements.

Treatment systems assessed around wastewater characteristics.

Facilities requiring a wastewater treatment solution.

Daily flow, peak loads and applicable discharge or reuse requirements.

Define the treatment approach and assemble the specified system.

New treatment systems and upgrades.

Site conditions, utilities, production and service access.

Install the system and establish its operating conditions.

New plants and replacement equipment.

Site readiness, connections, checks and operator handover.

Operational support, maintenance and technical follow-up.

Existing water treatment and desalination systems.

Operating records, consumables, system condition and service scope.

Assess solar energy integration for water treatment equipment.

Projects considering solar energy for operation.

Power demand, solar availability, operating hours and water storage.

Coordinate solar and an additional power source within an engineered arrangement.

Projects requiring a tailored energy supply strategy.

Power sources, controls, changeover and continuity requirements.