Sentence examples for maximizing process efficiency from inspiring English sources

In a reverse problem formulation, integrated process and product design techniques are successful in selecting optimal chemicals and maximizing process efficiency.

Integrated process and product design techniques in a reverse problem formulation are successful in selecting optimal chemicals and maximizing process efficiency.

Even though there are more than thousand process states and more than hundred candidate sensor locations, the optimal sensor network design problem for maximizing process efficiency could be solved within couple of hours for a given budget.

Microalgal oils, depending on their degree of unsaturation, can be utilized as either nutritional supplements or fuels; thus, a feedstock with genetically designed and tunable degree of unsaturation is desirable to maximize process efficiency and product versatility.

This shows that there must be sufficient time of injection and soaking to maximize the process efficiency.

The dynamic co-culture model has been applied to optimize the inoculum cell concentration and aeration level that maximized fermentation process efficiency (Unrean and Srienc 2010; Hanly and Henson 2013).

In this paper, we devise process execution rules using individual worklists and propose task assignment algorithms to maximize the overall process efficiency under the limitation of the agent's capacity.

The optimum S/C ratio was 3.0 where the process efficiency of hydrogen production was maximized and the stable operability of the process was secured.

By focusing the transmembrane potential across the selectivity filter, the electromotive driving force is coupled with the movement of permeant ions in the filter, maximizing the efficiency of this process.

The Bluetooth features, however, seem not quite integral to the device's overall value proposition, but that may depend on your fanaticism for clean teeth (and maximizing the efficiency of the cleaning process overall).

It is generally accepted that the mobility ratio plays an important role in maximizing the efficiency of any EOR process which is defined as follows (Green and Willhite 1998): M = frac{{left( {frac{k}{mu }} right)_{text{Displacing fluid}} }}{{left( {frac{k}{mu }} right)_{text{Displacing fluid}} }}, (1 where oil and water phase are displaced and displacing fluids, respectively.