At the just completed BioProcess International Conference in Boston, a number of sessions focused on the Bioprocess 4.0 trend toward continuous bioprocessing operations. Akshat Mullerpatan, PhD, ...

Continuous processing, already conventional in many manufacturing fields, has been establishing itself in biopharma, which is starting to realize continuous processing’s compelling advantages: ...

This Comment explores why continuous crystallization, despite its success in other industries, remains underutilized in pharmaceutical manufacturing. Among other challenges, we highlight two core ...

Continuous flow techniques have become important tools for molecular synthesis, both in academia and across the fine chemicals industry. The success of these methods has been in part due to their ...

Continuous manufacturing has been a hot topic for years. With COVID-19 highlighting the fragility of global pharmaceutical supply chains, the approach could finally get its moment to shine.

Having assessed the responses to our survey of technology suppliers about expected automation purchasing and use trends in the discrete and batch manufacturing industries, we now turn our attention to ...

Continued process verification (CPV) is the third stage of the product lifecycle of any medicine either within the small or large molecule arena. The CPV is the subsequent step to process design ...

Process automation and control encompasses hardware, software, systems and methods that measure, regulate, manipulate and visualize industrial processes for optimum consistency, efficiency and safety.

Automation has become mandatory in continuous bioprocessing, as data-driven manufacturing and connectivity demand robust control strategies to sustain productivity and batch-to-batch consistency.

The ISA-88 series of standards, also known as batch process control standards, bring clarity, structure and consistency to batch processing in pharmaceuticals, food and beverage industries, chemicals ...