Sentence examples for treating efficiency from inspiring English sources

It was proved that an ASBR using manure fiber as support media not only improved methane production but also reduced the necessary HRT and temperature to achieve a similar treating efficiency compared with current technologies.

By treating efficiency as if it was one of the goals of a health system and equity was the other goal, the true nature of the trade off between health equity and health gain is hidden.

Government needs to treat energy efficiency as a national infrastructure priority, which means a long-term programme of incentives and support, enabling the private sector to get on and deliver lower bills for householders".

I know that when I go to my local Sainsbury's I can get whatever I need, I will be treated with efficiency, courtesy and respect, and if I have a problem they will do something about it and not take it as a personal insult - unlike too many small shopkeepers in my encounters who have been lazy, surly and seemingly indifferent as to whether their customers come back or not.

This result emphasizes that the traditional DEA model which treats the efficiency evaluation like a black box and ignores the internal processes is not appropriate for identifying inefficient DMUs and evaluating the degree of their inefficiencies since it provides little insight into the inefficient sources and the locations where the inefficiency may occur.

Premera puts doctors into tiers based on their clinics' relative cost efficiency in treating particular conditions or diseases.

L. sativa was selected to test the efficiency of treating wastewater.

Therefore, identifying predictors of treatment success is needed to improve clinician efficiency when treating chronic ankle instability.

Several fungi with ligninolytic activities (i.e., Bjerkandera adusta, Trametes versicolor, Phanerochaete chrysosporium) have proved their efficiency for treating textile dyes (dos Santos et al. 2007).

As an example, the present method is applied to buckling analysis of a composite Z-stiffened panel under pure shear, and its capability and efficiency of treating different edge conditions in the panel skin and stiffeners are illustrated.

Although this co-treatment regime reduced FIB concentrations more effectively than conventional active or passive MWW treatment systems, further work can be done to optimize the efficiency of treating these wastes simultaneously.