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Continuous Processing

Continuous Processing

Increasing productivity through process evolution

Since the first immunotherapies were developed in the 1980’s, the production of monoclonal antibodies (mAb) to treat a wide variety of diseases has grown rapidly.  The number of approved biologic therapies continues to increase and the total volume of mAb production grows, but the economy of production has remained relatively unchanged, keeping many therapies out of reach of much of the global population. 


To meet the full potential of these therapies and to extend the current access, the evolution of processing methods to deliver improvements in economy and productivity are essential.


Continuous processing methods are widely understood as having the potential to streamline bioprocessing, reduce costs and safeguard quality.  To achieve this, novel technology is required to enable this evolution and Pall has developed key enabling technologies to make continuous processing a reality.



Hear from senior scientists and product specialists who describe how continuous processing and Pall’s technology is helping bioprocessors to make the journey from batch to continuous.


Taking The Continuous Path


Whether you are ready to develop a fully continuous process, or prefer to adopt islands of continuity to intensify your existing process, we have a range of Continuous Ready products that will help you.


Beyond individual technologies we can help you combine these to create robust, but flexible integrated bioprocessing platforms and to take the next step in accelerating production and can also be provided in a prefabricated flexible POD® cleanroom from G-CON.




Supporting Your Journey


Pall Biotech has the knowledge and facilities to help accelerate your process development, This is especially true for the adoption of continuous processing where our continuous development laboratory has been processing up to 100 g/day since 2016.  This give us first-hand insight into the unique challenges and opportunities that continuous processing brings.


We are happy to share our knowledge and together we can rapidly optimize your process, prove its readiness for industrial scale production and help increase your speed to market. 


process development scientists
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Application Note:

  • What Are The Applications Of Continuous Processing?

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    • Afghanistan
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    • Andorra
    • Angola
    • Anguilla
    • Antarctica
    • Antigua and Barbuda
    • Argentina
    • Aruba
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    • Burundi
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    • Cayman Islands
    • Chad
    • Chile
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    • Comoros
    • Cook Islands
    • Costa Rica
    • Croatia
    • Cuba
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    • Djibouti
    • Dominica
    • Dominican Republic
    • Ecuador
    • Egypt
    • El Salvador
    • Equatorial Guinea
    • Eritrea
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    • Ethiopia
    • Falkland Islands
    • Faroe Islands
    • Fiji
    • Finland
    • France
    • French Guiana
    • French Polynesia
    • French Southern Territories
    • Gabon
    • Gambia
    • Germany
    • Ghana
    • Gibraltar
    • Greece
    • Greenland
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    • Guadeloupe
    • Guam
    • Guatemala
    • Guinea
    • Guinea-Bissau
    • Guyana
    • Haiti
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    • Hong Kong
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    • Iceland
    • India
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    • Mozambique
    • Myanmar
    • Namibia
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    • Netherlands
    • Netherlands Antilles
    • New Caledonia
    • New Zealand
    • Nicaragua
    • Niger
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    • Niue
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    • Northern Mariana Islands
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    • Pakistan
    • Palau
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    • Papua New Guinea
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    • Qatar
    • Romania
    • Rwanda
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    • Senegal
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    • Solomon Islands
    • Somalia
    • South Africa
    • Spain
    • Sri Lanka
    • St Kitts and Nevis
    • St Lucia
    • Sudan
    • Suriname
    • Swaziland
    • Sweden
    • Switzerland
    • Taiwan
    • Thailand
    • Togo
    • Tonga
    • Trinidad and Tobago
    • Tunisia
    • Turkey
    • Tuvalu
    • Uganda
    • United Arab Emirates
    • United Kingdom
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Cell Harvest and Clarification

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The technology decision will be driven by the cell culture characteristics and the process scale however for most processes that are relevant to continuous processing, single-use depth filtration is a viable solution.  This may be optimized for each process where the optimal grades will differ between low cell density, high viability cultures and higher cell densities or lower viability.  Solutions that offer robust performance across a wide range of culture conditions make the best platform choice and can support both batch and continuous processes. 



Depth Filtration


High throughput depth filtration is an effective solution on its own for low cell density applications or in combination with other harvest technology for very high cell densities.  Scalable, easy to use and single-use formats ensure simple operation and changeout if needed. 


Supracap 100 small sale depth filter capsules (0.025 – 0.3 m2)

Stax single-use depth filter platform (0.5 m2 – 20 m2)

Sterile Filtration


Bioburden control, especially within long running processes, is critical to the final drug product quality.  Presterilized products with high thoughput and low binding, maximize yields while 0.2 µm validated membranes assure the retention of bacteria and provide a high level of particulate control securing the efficacy and life of downstream processes.


Kleenpak capsules with Supor ECV sterilising grade membrane

Kleenpak Nova capsules with Supor ECV sterilising grade membrane


Continuous Chromatography

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Multiple purification steps integrate seamlessly to deliver a streamlined purification platform that can operate as part of a traditional batch process and with other technology within an integrated continuous manufacturing process.



Chromatography Hardware


Multicolumn counter current chromatography delivers high throughput and very efficient media utilization when compared to single column, batch processes. When coupled with single-use valve cassettes these solutions deliver highly flexible configurations for both continuous and batch processing.


Cadence BioSMB Process 80 system (up to 80 L/h load rate)

Cadence BioSMB Process 350 system (up to 350 L/h load rate)


Purification Platform


From the engine of protein capture using protein A affinity sorbents, to the simplicity of membrane based ion exchange chromatography and the unique selectivity of mixed mode chemistries, our robust purification platform delivers the purity required across a range of mAbs without the need for buffer exchange, dilution or pH adjustment.  This platform works perfectly within a continuous process or delivers simple process intensification when operated in a traditional batch mode.


KANEKA KanCap A 3G high capacity affinity sorbent

Mustang Q ion exchange membrane chromatography

CMM HyperCel™ cation mixed mode sorbent


Concentration and Diafiltration

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Traditional concentration and diafiltration using ultrafiltration systems requires the pooling and recirculation of complete batches and does not lend itself to integration within any form of continuous or intensified processing.  Single-pass solutions avoid the need for batch pooling and reduce the shear damage and heat input associated with prolonged recirculation.





Simple in-line concentration without the need for complex controls permits the easy inclusion anywhere in the process where concentration can improve the performance or productivity of other unit operations. Over concentration of drug substance.


Cadence Inline Concentrator 




Inline Diafiltration (ILDF) delivers scalable continuous final ultrafiltration (UF/DF) of drug substance with proven selectivity and low binding attributes.


Cadence Inline Diafiltration


Virus Control

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Multiple orthogonal virus reduction steps are mandated by regulators to assure robust clearance of a wide variety of viruses.  Together, chromatographic purification, virus inactivation and virus filtration combine to deliver a validated, high log reduction to assure patient safety and the unit operations remain largely unchanged in a continuous process.



Viral Inactivation


Virus inactivation using a low pH hold step is typically a manual batch operation reliant upon operator accuracy to maintain product quality and safety. The Cadence VI system is fully automated and can be configured to adjust, hold and readjust the pH of an incoming elution stream, with minimal operator involvement to support batch and continuous processing.


Cadence Virus Inactivation system


Virus Filtration


Robust, high virus retention under the challenging low-flow and high throughput conditions associated with continuous processing is a must. Add to this the retention resilience against stop-start conditions and the simplicity of pre-sterilized formats and you have a virus filtration platform that integrates perfectly with all monoclonal antibody and recombinant protein processes.


Pegasus Prime virus filters

Pegasus Protect virus prefiltration




Membrane Chromatography


Validating robust virus removal for re-usable sorbents, while demonstrating the absence of batch to batch contamination can be a challenge.  Single-use, disposable, membrane based ion exchange solutions simplify this challenge and can easily be incorporated into a continuous purification process to provide additional virus controls that are readily validated.


Mustang Q ion exchange membrane chromatography

Bioburden Control and Sterile Filtration

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Sterile Liquid Filtration


Bioburden control, especially within long running processes like continuous processes, is critical to the final drug product quality.  Presterilized filters with high though put and low binding permit the use of smaller capsules to reduce product loss while 0.2 µm validated membranes assure the retention of bacteria at critical points in the process.


Mini Kleenpak capsules with Supor ECV sterilizing grade membrane

Kleenpak Nova capsules with Supor ECV sterilising grade membrane

Bioburden Filtration


For low bioburden processes, the highest level of bacterial retention may not be necessary to maintain very low process bioburden.  Where practical, the use of 0.2 µm filters documented as for bioburden control rather than sterile filtration may reduce the regulatory burden for activity such as filter integrity testing.


Mini Kleenpak capsules with Supor EAV 0.2 µm bioburden reduction membrane

Kleenpak capsules with Supor EAV bioburden reduction membrane

Kleenpak Nova capsules with Supor EAV bioburden reduction membrane



Sterile Air Filtration


The use of closed, single-use processing solutions reduces the need for the venting of product hold containers but may be necessary where the process design requires venting such as for post sterilization integrity testing, inert gas overlay or where hard walled surge vessels are desired.  Sterilizing grade air filters that are compatible with gamma irradiation permit the design of presterilized process solutions that control cleanliness and bioburden.


Mini Kleenpak 20 Capsules with Emflon II membrane

Mini Kleenpak capsules with Emflon II membrane

Kleenpak capsules with Emflon II membrane

Fluid Handling and Sterile Connectivity

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The preparation, storage and transport of media and buffers is an ever-present challenge and the provision of these is just as important when making the move to continuous processing.  Single-use solutions, support all volumes and provide the flexibility and portability required to keep critical processes running.





Available in a wide variety of volumes, these combine with other carefully selected components to create the right system to deliver essential process fluids and to secure the storage of process intermediates and drug substance.


Allegro™ 2D standard systems

Allegro 3D standard systems

Allegro Totes and Bioprocessing Workstations

Allegro systems consultancy

Sterile Connect and Disconnect


Maintaining low bioburden is critical to the safety of a continuous process.  Using sterile connector and disconnector technology builds process flexibility without compromising cleanliness to permit the connection.


Kleenpak Presto sterile connectors

Kleenpak sterile disconnectors



Buffer and Media Preparation


The mixing of buffers and cell culture media using single-use technology streamlines their preparation and delivery to the process


Magnetic mixer

Kleenpak Nova capsules containing Supor EX ECV 0.2 µm membrane

Kleenpak Nova capsules containing Fluorodyne EX EDT 0.1 µm membrane

Automation and Control


Monitoring and documenting simple operations such as sterile filtration and pH adjustment can be a time-consuming activity and can be simplified through the adoption of multipurpose automated systems.


Allegro MVP single-use system

Application Note: Productivity and Economic Advantages of Coupling Single-Pass Tangential Flow Filtration to Multi-Column Chromatography for Continuous Processing

Application Note: Productivity and Economic Advantages of Coupling Single-Pass Tangential Flow Filtration to Multi-Column Chromatography for Continuous Processing

Application Note: Volume Reduction and Process Optimization with Cadence™ Inline Concentrator

Application Note: Volume Reduction and Process Optimization with Cadence™ Inline Concentrator

Application Note: Cadence™ Systems Employ New Single-Pass TFF Technology to Simplify Processes and Lower Costs

Application Note: Cadence™ Systems Employ New Single-Pass TFF Technology to Simplify Processes and Lower Costs

Learn the findings of the full-factorial modeling exercise

Understand the cost benefits of continuous bioprocessing at many scales of manufacturing.

  • Learn how to implement Quality by Design (QbD) principles, and process validation strategies for continuous virus filtration
  • See the process inputs that should be evaluated to determine critical process parameters
  • Learn how a Pegasus™ Prime virus filter achieves high virus retention and delivers a robust and efficient continuous process
  • Learn how to reduce facility footprint, capital expenses and product cost-of-goods
  • See how you can improve your process productivity, flexibility, and further facilitate the utilization of single-use and/or disposable technologies

Continuous bioprocessing for biologics manufacturing is being adopted in the biopharmaceutical industry. Pall Life Sciences has brought several innovative technology platforms to the market to address the opportunities for Continuous Bioprocessing. In this webinar, Pall’s development journey in continuous bioprocessing will be introduced along with highlights of recent technology advances and product introductions for both PD and GMP operations.


We address optimal configuration of a multi-column continuous chromatography (MCC) system, with insight into the impact antibody titer has on the number of chromatography columns required to optimize productivity of a MCC process.

MCC  has been gaining increasing interest as an enabling bioprocessing technique that allows for increases in specific productivity (g/L/hr) and operating binding capacity (g mAb/L sorbent) over traditional batch solutions. With recent advances, users have reported an increase in cost savings stemming from reduced resin volumes, lower buffer consumption, and increased resin usage.

Mark Pagkaliwangan presents, with David Johnson moderating, as they discuss MCC solution advances with processes utilizing two columns or more. They will explore how the total number of columns used in a process can affect performance, and how titer and flowrate can be optimized with more columns for greater efficiency and productivity.


Our team will examine common regulatory challenges and areas of uncertainty in the implementation of continuous bioprocessing, and suggest practical, total solutions.


Many industries have adopted a one-piece flow approach (continuous manufacturing) to leverage the core reductions in inventory, increased operational flexibility, and greater product consistency and quality that it delivers. However, biopharmaceutical manufacturers have been slow to put continuous processing theory into practice due to the highly-regulated nature of the industry.


In this webinar,  we will examine the evolution of interest in continuous bioprocessing, the advances being made in today’s market, and how the regulatory authorities are responding. We will also offer insight into the technological challenges of implementing continuous bioprocesses, and potential regulatory questions surrounding batch definition, bioburden control, virus clearance, scale-up/down, defect perturbation, design space, etc.


We will also propose effective mitigation strategies for a successful transition to continuous bioprocessing.    


A review of simplified continuous filtration, particularly for UF/DF, with a look into our exclusive licence to patents in the field of single-pass tangential flow filtration (SPTFF), which enables continuous filtration without recirculation at several stages of a continuous bioprocess. ​​

Single-pass tangential flow filtration (SPTFF) technology from Pall Life Sciences is a versatile concentration approach for biotech, vaccine and plasma industry applications. Patented Cadence™ SPTFF technology offers a total solution for inline volume reduction and/or concentration, in-process dilution/de-salting, high concentration formulations, and processing of fragile molecules, crucially enabling integrated, streamlined and continuous bioprocessing initiatives.

In this webinar, moderator Kevin Marino and presenter Jon Petrone provide an overview of SPTFF technology, including case studies where this novel technology was applied to enhance processes and reduce bottlenecks in production.

  • How a continuous Protein A chromatography process step using KANEKA KanCapA sorbent for the capture of a therapeutic mAb was developed and achieved in less than four weeks, and the related process economic benefits    
  • How to apply continuous multi-column chromatography practically
  • How continuous technologies can dramatically lower the cost and complication of this key purification step    
  • See an industry-leading single-use portfolio which is delivering innovative continuous bioprocessing solutions
  • The development journey and critical advances to date in continuous bioprocessing
  • The evolving nature of continuous bioprocessing technologies
  • Scalability solutions
  • Practical applications and methodologies of continuous bioprocessing systems
  • Decreased costs, smaller operational footprint, and improved asset utilization are invaluable benefits