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Manage source water variability and process fluid demands
Source water quality is rarely stable. Particulate loads, suspended solids, oil content, and ionic contamination may vary by source, season, and operating conditions. Each variation may change which filtration approach is required. Dissolved oxygen and CO₂ in boiler feedwater, condensate return, and process streams can accelerate metallic oxide formation. Pitting corrosion in turbines and heat exchangers and ion-exchange resin degradation are conditions that may drive maintenance costs and unplanned downtime. Industrial operations face sustained pressure to reduce freshwater intake, extend process fluid life, and meet wastewater discharge requirements.
Industrial water and process fluids solutions by application
Industrial water solutions are organized by industry vertical so that process engineers, design engineers, process developers, and supply chain professionals can navigate directly to the application relevant to their operations.
Upstream, midstream, and downstream operations each present distinct process-fluid challenges, ranging from produced-water variability and high solids loads to regulatory treatment requirements and water-reuse considerations.
- Refining and amine sweetening filtration: Refinery process streams and amine systems can accumulate particulates and hydrocarbons that may impact process efficiency and solvent performance.
- Offshore and water reinjection applications: Liqui-Cel Membrane Contactors are designed for dissolved gas control in offshore produced water and reinjection systems.
Produced water filtration across operations should contend with high solids loads, emulsified hydrocarbons, and variable water quality. Treating and recovering produced water may also support water reuse objectives.
Cutting, stamping, molding, and aluminum production operations rely on coolant filtration, parts-washing water filtration, and circular system management. Process fluids in these environments can accumulate emulsified oils, fine metal particles, and biological contamination cut over recirculation cycles.
Beverage can manufacturing adds application-specific demands:
- Filtration of coolants used in high-speed stamping of aluminum cans
- Water filtration in can washing systems after forming from blank aluminum
Filtration systems designed for these applications may manage mixed contamination profiles and support water reuse. High Flow Filter Cartridges are designed for high-volume applications where reduced changeout frequency and lower labor considerations are operational priorities.
Across pretreatment, electrodeposition, and paint kitchen operations, process fluid quality at pretreatment and rinse stages can directly affect downstream paint adhesion, finish quality, and rework rates. Contamination that enters the electrodeposition bath or paint kitchen may not be easily corrected downstream, making filtration at each stage of the sequence an important process consideration. Filtration solutions designed for automotive assembly support consistent control of bath chemistry and may help reduce finishing defects.
Almost every industry uses water and other fluids in some process-integral way, from chemical, painting, and coatings industries, where water is intrinsic to production, to general manufacturing operations that rely on water for equipment washing, cooling, or process fluid management.
For operations where industrial water filtration requirements do not fit neatly into the industries above, filtration and separation solutions may address quality, operational, and discharge objectives across a broad range of applications. Application-specific guidance is available for operations with contamination profiles or process requirements.
Filtration and gas management capabilities across the cycles
Industrial water and process fluid management requires consistent performance across three technical capability areas.
Explore products for industrial water and process fluids
These product families address the core filtration and gas management needs across steam and power, oil and gas, machining and metalworking, and automotive assembly applications.
Product links on this page currently direct to Solventum.com. Product information will soon be available on Thermofisher.com as part of our ongoing integration.
Frequently asked questions
Industrial water filtration encompasses the disciplines applied to manage water and process fluid quality in industrial operations. Some principal areas include:
- Particulate filtration to help remove suspended solids, metal oxides, and fine debris from process water and fluids
- Membrane contactor-based dissolved gas management, which can reduce dissolved oxygen and CO₂ from boiler feedwater and process streams
- High-flow filtration for bulk water treatment at an industrial scale
Industrial water filtration solutions can be applied across steam and power generation, oil and gas, machining and metalworking, automotive assembly, and other industrial and chemical processes. Solution selection depends on the specific contamination profile, fluid type, and process requirements of each application.
Selection factors may include process fluid type and contamination profile required, particle removal efficiency and rating, operating pressure and temperature, flow rate and volume, whether the water will be recycled or discharged, and applicable wastewater regulations. The combination of contamination type and disposal or recycling intent often helps determine whether filtration, dissolved gas control, or a combination of approaches may be appropriate. Connecting with a Thermo Fisher Scientific specialist can support application-specific guidance.
Related resources
Intended use of the products mentioned on this page vary. For specific intended use statements, please refer to the Instructions for Use for the product.