Pall

Pall Corporation is a filtration, separation, and purification technology company serving biopharmaceutical, medical, microelectronics, industrial, food and beverage, and aerospace markets.

• Filtration and purification systems for biopharmaceutical and biotech manufacturing environments.
• Single-use and hybrid bioprocessing solutions for upstream and downstream processing.
• Filtration, separation, and water treatment systems for industrial and municipal applications.
• Microelectronics filtration and contamination control for semiconductor and related manufacturing.
• Process monitoring, validation support, and technical services for regulated production environments.

More About Pall

Pall Corporation develops and supplies filtration, separation, and purification solutions used across enterprise, institutional, and industrial environments where fluid quality and contamination control are operational requirements. Its portfolio spans products for liquid and gas filtration, sterile processing, Adaptive Incident Response (AIR) and gas handling, and clarification, with offerings deployed in biopharmaceutical manufacturing, healthcare facilities, microelectronics fabrication plants, industrial production lines, food and beverage processing sites, and aerospace systems.

In biopharmaceutical and biotech production, Pall provides single-use and stainless-steel compatible systems used in upstream cell culture, harvest clarification, virus filtration, sterile filtration, and downstream purification. These offerings include membrane filters, depth filters, tangential flow filtration modules (bioprocessing/filtration), and associated hardware configured into unit operations that integrate with common bioreactor, chromatography, and buffer management architectures. Customers use these systems within GMP-compliant facilities to support batch, fed-batch, and continuous processing, aligning with regulatory expectations for sterile production and process validation.

For medical and healthcare environments, Pall supplies point-of-use and central filtration products (healthcare filtration) designed for AIR, water, and fluid pathways associated with patient care equipment and hospital infrastructure. These products interface with standard clinical devices, water systems, and gas lines to support microbial retention and particulate control, and are used alongside standard disinfection and sterilization protocols common in clinical operations.

In microelectronics, Pall provides filtration and purification technologies (microelectronics contamination control) for semiconductor wafer fabrication, display production, and related high-purity chemical and gas applications. These systems are designed to integrate into cleanroom distribution networks, chemical delivery skids, and point-of-use dispense systems, using membrane and media technologies to limit particles and molecular contaminants in process chemicals, ultrapure water, and gases.

Industrial and municipal customers use Pall solutions (industrial filtration) for water treatment, fluid conditioning, and process protection in sectors such as power generation, oil and gas, chemical processing, and manufacturing. Offerings include filters, housings, coalescers, and separation systems that can be incorporated into existing piping, skids, or modular treatment trains, often in conjunction with upstream clarification and downstream polishing steps. In food and beverage processing, Pall filtration systems are used for microbial stabilization, clarification, and particulate control in products and utilities, integrated into CIP/SIP-capable process lines.

Across these domains, Pall also provides process monitoring tools, validation support, and technical services (technical services) related to filter sizing, integrity testing, risk assessment, and regulatory documentation. Its solutions map into enterprise categories such as bioprocessing equipment, sterile and industrial filtration, water and wastewater treatment, contamination control for microelectronics, and healthcare infrastructure support, allowing organizations to standardize fluid management and contamination control strategies across complex facilities and global operations.