Time
4:00 PM – 5:30 PM, Central European Time (CET)
10:00 AM – 11:30 AM, Eastern Time (ET)
Overview
For the pharma and biopharma industries, the freeze/thaw process of drug substances is critical. Companies are continually looking to improve this process to protect quality, increase yield, and reduce manufacturing footprint. A lack of updated freezer technology has been a hinderance for many companies in achieving these goals.
Traditional ultra-low temperature (ULT) freezers are not designed for freezing of bulk drug substance, leading to slow freezing rates and reliability issues. Plate freezers do not these same issues but are complex and expensive.
During this exclusive webinar with Jeffrey Johnson, distinguished process engineering expert, we will provide insights into the challenges faced by the industry, cover an in-depth technical evaluation of heat transfer rates, freezing capacity, and freeze/thaw data, and present an improved way to freeze that provides a reliable and efficient solution.
By attending this webinar, you will be equipped with the knowledge to enhance your freeze/thaw processes significantly, helping you to stay at the forefront of advancements in pharmaceutical manufacturing.
Join us on August 29 to discover purpose-built solutions to support production environments where volume, scale, reliability, and repeatability are critical.
What you can expect of the webinar:
- Review of industry freezing challenges
2. Gain understanding of current ULT and plate freezer technology capabilities and limitations
- Discover a better way to freeze bulk drug substance that is reliable, robust, efficient, and maintains drug substance quality.
Partner
FARRAR | Trane Technologies
Website
https://www.farrarscientific.com/FARRAR™, powered by global climate innovator, Trane Technologies, focuses on meeting the rapidly growing demand for low and ultra-low-temperature processes involved in the manufacturing, freezing and storage of medicines, vaccines, and other life-science products. FARRAR brings value to global customers through its powerful portfolio of solutions, predictive monitoring capabilities, and robust services. Collaborating with each customer, FARRAR tenaciously tackles unique +40°C to -80°C temperature storage challenges — based on application, product/substance/sample requirements and workflow demands.
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Who Should Attend:
Biorepository/Biobanking | Bioprocess Engineers | Consulting Engineers | Facility Managers | Directors of Operations | Distributors | Manufacturers’ Representatives | Biopharma/Biopharmaceutical Manufacturers | CMOs / CDMOs | Academia | Research
- Skill Level: Intermediate
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Topics:
- Challenges Facing the Industry
- Expedited commercialization of drug product/drug substances
- Need for bulk volumes (products & samples)
- Demand for flexible temperature setpoints
- How can the Pharma QMS and C&Q principles help you think creatively ?
- Cold Wall or Convection Cooling?
- Comparison of traditional ULT vs. forced-air convection technology
- Forced-Air Convection Technology
- Flexibility in storage process intensification
- Benefits and technical information
- Floor layouts and matched density
- Cold Application Use Cases for Forced-Air Convection Technology
- Challenges Facing the Industry
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Special event information:
- All participants will get a free certificate of attendance courtesy of our event's partner FARRAR | Trane Technologies
Time
4:00 PM – 5:30 PM, Central European Time (CET)
10:00 AM – 11:30 AM, Eastern Time (ET)
Partner
FARRAR | Trane Technologies
Website
https://www.farrarscientific.com/FARRAR™, powered by global climate innovator, Trane Technologies, focuses on meeting the rapidly growing demand for low and ultra-low-temperature processes involved in the manufacturing, freezing and storage of medicines, vaccines, and other life-science products. FARRAR brings value to global customers through its powerful portfolio of solutions, predictive monitoring capabilities, and robust services. Collaborating with each customer, FARRAR tenaciously tackles unique +40°C to -80°C temperature storage challenges — based on application, product/substance/sample requirements and workflow demands.
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