INDUSTRIAL PROCESS WATER
Industrial water systems are built around process requirements. Purify evaluates source water, chemistry, continuous and peak flow, operating schedule, equipment protection, finished-water requirements and downstream process conditions before equipment is selected.
Process, ingredient, rinse and equipment-protection water pathways selected around the production requirement.
Process-water treatment configured around source-water conditions and finished-water specifications.
Hardness and water-quality management to support boiler and steam-system pretreatment needs.
Filtration and side-stream treatment pathways for applicable cooling-water systems.
Membrane treatment for defined dissolved-solids and finished-water requirements.
High-demand treatment for campuses, healthcare, hospitality and large multi-use facilities.
INDUSTRIAL TREATMENT CAPABILITIES
A complete industrial solution can combine multiple treatment stages. Final media, controls, capacity and configuration are confirmed from the application, water analysis, flow demand and intended finished-water quality.
Ion-exchange softening for industrial hardness and scale-management objectives, selected around flow and regeneration requirements.
Request sizing →Application-specific treatment for sediment, turbidity, iron, manganese, sulphur-type odour and identified chemical-reduction objectives.
Discuss filtration →Membrane systems configured around feed-water chemistry, pretreatment, flow, recovery, storage and process requirements.
Explore industrial RO →Industrial scale-management options can be evaluated where conventional ion-exchange softening is not the preferred treatment approach.
Discuss scale control →Media-based treatment can be evaluated for identified chlorine, chloramine and other chemical-reduction objectives supported by water analysis and system design.
Evaluate treatment →Problem-water treatment for applicable industrial well-water supplies, selected after the cause and loading are established.
Review water test →Filtration selected around particle loading, flow, equipment protection and downstream process requirements.
Assess filtration →Side-stream filtration can be evaluated for applicable cooling-water systems where suspended solids and turbidity management are part of the treatment objective.
Evaluate cooling-water treatment →Ultraviolet treatment can be integrated where microbiological treatment is appropriate and required pretreatment and flow conditions are confirmed first.
Discuss UV →INDUSTRIAL REVERSE OSMOSIS
Industrial reverse osmosis uses membrane separation where reduced dissolved solids or higher-purity water are required. System design can include pretreatment, membrane equipment, controls, storage, repressurization and downstream treatment as part of the complete treatment train.
Common considerations: feed-water chemistry, target finished-water quality, continuous and peak flow, operating pressure, recovery, redundancy, storage and integration with the downstream process.
FROM WATER ANALYSIS TO COMMISSIONING
Establish source-water conditions and treatment objectives.
Confirm continuous flow, peak demand, operating hours and process requirements.
Build the pretreatment and treatment sequence around the application.
Match equipment, controls, capacity and configuration to the process.
Coordinate the final installation pathway and system start-up.
INDUSTRIAL WATER QUESTIONS
Industrial sizing depends on source-water chemistry, continuous and peak flow, operating schedule, process demand, redundancy requirements and the required finished-water quality.
Industrial RO is used where membrane separation is appropriate for reducing dissolved solids or producing higher-purity process water. Pretreatment and final configuration depend on the application.
Yes. Industrial treatment trains can combine softening, filtration, chemical reduction, RO, UV, storage, repressurization and other stages where the application requires them.
Testing helps establish loading, chemistry and treatment objectives so media, equipment, controls and pretreatment can be selected for the actual process conditions.
Industrial treatment can require more than equipment selection. Purify coordinates system recommendations around source-water chemistry, flow demand, required finished-water quality, operating pressure, redundancy, controls and the needs of the downstream process.
Control requirements may include automated sequencing, monitoring, alarms and PLC-based functionality where supported by the selected manufacturer and system configuration.
Flow, pressure, conductivity and other process instrumentation can be considered as part of system selection where required for the application.
Manufacturer-supported specifications, performance information, drawings and other available technical documentation can be coordinated for project review.
Project requirements can be reviewed for installation, start-up and commissioning support based on the selected equipment, site conditions and scope of work.
NOT SURE WHICH INDUSTRIAL SYSTEM YOU NEED?
Tell us about the facility, source water, process, operating schedule, treatment concerns and approximate demand. Purify can help identify the treatment categories to evaluate and whether water testing or a more detailed site assessment is required.
Product & manufacturer disclosure: Purify Air, Water & Health is a distributor/reseller of third-party water-treatment equipment. Product specifications, certifications, performance information and manufacturer warranties are attributable to the applicable manufacturer. Final equipment, media, controls and sizing are confirmed from the application, source-water conditions, testing and flow requirements.
