Sentence examples for Increase process efficiency from inspiring English sources

However, insufficient LKT yields, predominantly reflecting a lack of knowledge about the LKT expression process, remain a significant engineering problem and further bioprocess optimization is required to increase process efficiency.

New, fresh approaches to the design of not only the solid-phase but also the fluid-phase geometries within a porous bed are now possible, offering the opportunity to increase process efficiency and to customise porous beds for particular applications.

The close monitoring of anaerobic digestion processes and the development of control strategies for optimal organic acid concentrations will substantially increase process efficiency and stability.

These data will help to reduce the time for primary drying and increase process efficiency for freeze dried products with more accuracy than current methods (LT-FDM, DSC).

Future fossil fuel power generation is likely to include technologies which increase process efficiency and reduce its impact on the environment, for example, CO2 sequestration.

The potential benefits of adopting a PAT approach in fruit juice processing include increased process efficiency, reduced operating costs, increased process validation, and ultimately improved final product quality and safety.

Recycling the slurry would reduce waste generated from the peeling operation thereby increasing process efficiency.

RFID also accelerates supply chain productivity, increasing process efficiency by up to 20pc, freeing up resources with less line-of-sight tracking, reducing labour cost, and providing more accurate data synchronisation, starting right at the point of manufacture.

Increasing EHR checklist use was correlated with usefulness ( r =.85, p <.001), confidence (r =.81, p <.001), and efficiency (r =.87, p <.001).The EHR checklist reminded physicians to complete discharge tasks, improved confidence, and increased process efficiency.

Anticipated benefits for aquaculture process control and artificial intelligence systems are: (1) increased process efficiency; (2) reduced energy and water losses; (3) reduced labor costs; (4) reduced stress and disease; (5) improved accounting; and (6) improved understanding of the process.

The primary objective of this work concentrates on the optimal selection of milling parameters (cutting speed – vc, surface inclination angle α), which enables the simultaneous minimisation of cutting force values and increased process efficiency.