Enabling Continuous Bioprocessing With Multi-Column Chromatography
As biopharmaceutical manufacturers move toward continuous bioprocessing, downstream purification must evolve to keep pace with demands for efficiency, flexibility, and scalability. Multi-column chromatography is central to this shift, yet implementation challenges around consistency, changeover, and operational readiness remain.
This webinar examines how advances in column design are helping teams overcome these barriers and accelerate adoption of continuous and semi-continuous purification strategies.
Through real-world examples, attendees will gain insight into practical approaches that support robust processes, streamlined facilities, and faster deployment while advancing industry efforts to expand patient access to critical therapies.
Attend this webinar to:
- Understand the industry drivers accelerating the transition from batch to continuous bioprocessing
- Explore the role of multi-column chromatography in integrated continuous manufacturing
- Learn how pre-packed chromatography columns enable consistency, flexibility, and rapid implementation
- Identify practical considerations for adopting pre-packed columns in continuous downstream operations
Presenter: Adam Nelson (Senior Product Manager at Repligen Corporation)
Adam Nelson has 16 years of experience in pre-packed chromatography column manufacturing and product development. In his current role, as product manager for OPUS, large scale pre-packed chromatography columns, he is responsible for new product development, product line extensions and product innovation. In prior roles, Adam developed packing protocols that enable OPUS pre-packed chromatography column packing technology. Additionally, Adam led the team responsible for materials management, process control, and process development for OPUS large scale chromatography column manufacturing. He has a passion for customer service and leveraging his technical expertise to deliver an optimal customer experience. Adam holds a bachelor's in chemical engineering from the University of Massachusetts Amherst and a graduate's certificate in innovation management from Northeastern University.
