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Industrial Filtration and Separation Solutions

Help reduce contamination, yield loss, and downtime

Particulate contamination can degrade product quality and process efficiency. Inadequate separation may lead to yield loss that compounds across batches. Add unplanned downtime, and process continuity grows harder to maintain. Process engineers, design engineers, and quality managers navigate these interconnected challenges across high-tech and traditional manufacturing. Thermo Fisher Scientific offers industrial filtration and separation solutions that may support efficient, reliable, and consistent operations as production demands grow.

Filtration and dissolved gas control solutions for processes

Explore the portfolio spanning high-tech manufacturing and traditional industrial verticals. Solutions are organized by application, so you can move directly to the vertical relevant to your work.

Semiconductors

Reducing contaminants is critical in semiconductor manufacturing. Particles or metals left in process fluids may lead to defects or product recalls. Filtration and gas transfer solutions help meet the purity demands of leading-edge chip fabrication.

Data center cooling

Data center cooling often requires particulate control in cooling fluids, corrosion management, and thermal efficiency across closed-loop and open-loop systems. As density and thermal loads grow, reliable process fluid filtration becomes more important to long-term cooling performance.

Advanced dissolved gas control

Dissolved gas levels may affect product quality, process chemistry, and equipment performance. Liqui-Cel Membrane Contactors offer efficient management of dissolved O₂, CO₂, and N₂ in a compact design, helping allow gas transfer across compatible process liquids. 

Lithium-ion battery

Lithium-ion batteries can be sensitive to impurities. Small contaminants in slurries or electrolytes may cause reliability issues and shorten battery life. Filtration solutions for battery production help remove particles and support quality across electrode and electrolyte steps.

Industrial water and process fluids

Industrial water and process fluid applications, such as automotive assembly, machining, steam and power, can manufacturing, and oil and gas, can involve variable contamination loads. Solutions may enable high uptime while working to lower water consumption across operations.

Ultrapure water

Ultrapure water (UPW) production and polishing for semiconductors, pharmaceuticals, and other high-purity applications may call for solutions that address ionic, particulate, and microbial contaminants. At this level, water quality may directly affect process outcomes and product integrity.

Food and beverage filtration

Consistent quality and flavor in brewing, winemaking, distilling, bottled water, ready-to-drink, and packaged food start with the right filtration. Solutions for this industry help support product clarity, microbial control, and compliance from ingredients to packaging.

Discover more manufacturing and processing solutions

Thermo Fisher offers a broad portfolio of manufacturing and processing solutions spanning filtration, separation, purification, and process fluid management across industrial environments.

Core filtration and separation capabilities

Across every application, industrial filtration and separation come down to a few interconnected capability areas: contaminant management, process and product quality, as well as water efficiency and process optimization.

Contaminant reduction and product quality

Particle filtration and contamination control technologies can help protect finished process and product quality by addressing particulates, biological contaminants, and trace impurities in process streams. The relationship between upstream contamination and downstream product quality tends to be direct. Uncontrolled contamination at the process fluid stage can introduce defect and rejection risks that compound through subsequent manufacturing steps. A range of filtration technologies, absolute-rated cartridges, and advanced separation technologies are matched to each application's contamination profile and process conditions. The broader goal is an approach to contamination across the process, working to support finished-product quality.

Water efficiency and process optimization

Filtration and separation can influence how water is used across industrial manufacturing, making water efficiency both an operational and sustainability priority. Effective filtration and separation may extend the working life of process water by helping maintain fluid quality between cycles, which can lower change out frequency and the volume consumed per production run. Across the process lifecycle, more efficient water use may enhance manufacturing performance.

Frequently asked questions

Industrial filtration and separation encompass a range of technologies used to help reduce and separate contaminants and manage fluid compositions in manufacturing process streams. Core disciplines include:

  • Particle filtration: For solid contaminants in process liquids
  • Size-based separation: For particles and dissolved substances at defined micron ratings
  • Dissolved gas control: For gas content in process fluids, to help support product quality and process chemistry

The portfolio serves semiconductors, data center cooling, advanced dissolved gas control applications, lithium-ion battery manufacturing, industrial water and process fluids, ultrapure water production, and food and beverage. It covers both high-tech manufacturing verticals and traditional industrial applications.

Selecting the right solution depends on several factors: application type and process fluid characteristics, contaminant type and required removal efficiency, operating pressure and temperature, and compatibility with existing process equipment. Because these variables can interact differently across verticals and process configurations, connecting with a specialist may help identify an appropriate filtration and separation approach for your application.

Discover filtration and separation resources

Process engineers, design engineers, and quality managers can access application-specific resources, including brochures, technical data sheets, and case studies. Browse resources by industry to support informed selection and process planning.

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.