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AQUVEXIS™ Water Treatment Technologies

COMMERCIAL TECHNOLOGY PLATFORM

AQUVEXIS™

Water Treatment Technologies

Industrial water treatment through particulate, adsorption, membrane and ionic separation mechanisms.

The platform groups validated Industrial & Process treatment families by engineering function. Select the treatment mechanism first; product and system configuration follow the operating conditions and required outcome.

Platform: AQUVEXIS™

Domain: Water Treatment Technologies

Division: Industrial & Process

PLATFORM ROLE

Navigate by treatment function.

Industrial water treatment through particulate, adsorption, membrane and ionic separation mechanisms.

Water Treatment Technologies industrial application context
Representative industrial application context. Final solution remains project-specific.

TECHNOLOGY FAMILIES

Select the treatment mechanism.

Depth Filtration

Depth Filtration

Particulate removal through depth-media structures selected around solids loading and water-quality objectives.

ADSOVEX™

Adsorptive Carbon Treatment

Adsorptive carbon treatment for selected dissolved organics, residual oxidants and water-quality conditioning duties.

MEMBRAVEX™

Membrane Separation

Membrane separation architecture spanning reverse osmosis, ultrafiltration and nanofiltration treatment paths.

IONVEXA™

Ion Exchange

Ion-exchange treatment for selective ionic removal and water conditioning.

Electrodeionization

Electrodeionization

Electrically assisted ionic polishing used within suitably pretreated high-purity water systems.

OPERATING REALITY

Industrial treatment starts with the process problem.

Flow, pressure, temperature, chemistry, contaminant form, duty cycle, compatibility, existing equipment and required outlet condition determine which treatment family and physical configuration belong in the project.

Platform first

AQUVEXIS™ narrows the project to the correct treatment universe without forcing an early product choice.

Technology second

The family page defines the mechanism, application context and evidence required before product or system specification.

ENGINEERING QUALIFICATION

What must be known before a treatment architecture is selected.

Process

  • Fluid, gas, air or water composition
  • Flow rate and duty profile
  • Operating and design pressure
  • Temperature range

Contamination

  • Contaminant type and concentration
  • Loading pattern and variability
  • Required removal or treatment objective
  • Upstream and downstream process sensitivity

Integration

  • Materials and chemical compatibility
  • Existing housing, vessel or skid
  • Connections and installation envelope
  • Required outlet quality and verification method

APPLICATION SUPPORT

Bring us the operating conditions. We resolve the treatment architecture.

Industrial & Process projects are qualified by duty, operating envelope, contamination mechanism, process risk and compatibility before the physical solution is selected.

EXPLORE INDUSTRIAL & PROCESS

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