Sentence examples for to continuous processing from inspiring English sources

Implementing a switch from batch to continuous processing requires fundamental process understanding and the implementation of quality-by-design (QbD) principles.

It has been recognized that the application of quality by design (QbD) to continuous processing in the pharmaceutical industry leads to better process control, improved product quality and mitigates scale-up issues (Schaber et al., 2011), whereby a component of QbD involves the development quantitative model-based representation of the process.

Oscillatory baffled reactors (OBRs) are a means of process intensification as they allow processes with long residence time to be converted from batch to continuous processing.

A key point is that many of these challenges exist in batch processing and are not specific to continuous processing.

However, the majority of large-scale, industrial chemical processes employs heterogeneous catalysts because of ease of their separation from products, thermal stability, and amenability to continuous processing.

The switch to continuous processing has generally been resisted on the basis that this compromises plant flexibility and thus, reduces capital productivity.

The pharmaceutical industry is still waiting on the advent of breakthrough product or two to bring continuous processing to the forefront.

Since small scale is key for successful introduction of continuous techniques in the pharmaceutical industry to allow its use during formulation development and process optimization, it is essential to determine whether the product quality is similar when small quantities of materials are processed compared to the continuous processing of larger quantities.

This difference may reflect the uniqueness of the pursuit system that is used for precise control of smooth eye movements to maintain a target image on the fovea during movement in order to facilitate continuous processing of visual information about the moving target.

Here, a parallel automated track collector was designed to permit continuous processing of thousands of individual nanofibers per minute under highly controllable drawing conditions.

However, the IoT paradigm raises tremendous challenges, including the ability to perform continuous processing of data streams presented by Things.