Sentence examples for value-added generation from inspiring English sources

This, however, is an unsatisfactory fact, as employment dynamics spurred by restructuring processes should be equally high on the political agenda as changes in value-added generation.

This reflects for instance in the fact that Italy's share of value-added generation in the EU-15 C&T-industry was 32.5 % and its employment share 31.4 % in 1995.

Quantitative data were collected for each link in the value-chain on operational and financial performance (e.g. gross output values, variable and fixed costs, operational and net profit margins, value-added generation), and on employment creation (by gender, age and full-time/part-time).

The model results distinguish between one-time effects of regional value-added at the stage of planning and installation, and ongoing, annual value-added generation along the lifespan of RE at the stage of operation and maintenance as well as the stage of the RE system management.

Since we are considering all the direct and indirect effects that the final production of a NAFTA member will have in the value-added generation of the other two members, with these estimations our results differ from those found in Stehrer (2012).

For Portugal, the importance of C&T-production gets evident more in its national economic structure, where the share of C&T-employment in total manufacturing employment in 1995 was 18.3 % and value-added generated in its C&T-industry accounted for 11.3%% in total manufacturing value-added generation.

Whereas less than 15%% of global C&T-value-added generation occurred in China and India in 1995, almost two-thirds of global working hours already were concentrated in this regional block.

In addition to the original ForCES design, DROP aims to extend router distribution and aggregation concepts by moving them to a network-wide scale to enable and support value-added services for next-generation networks.

Using electrochemical reduction to convert CO2 into useful small molecule fuels represents a value-added approach to the simultaneous generation of alternative fuels and environmental remediation of carbon emissions from the continued use of conventional fuels.

As a matter of fact, many cases of fermentation are redox-imbalanced; electrochemically driving fermentations provided electron transfer capabilities evolved different metabolic pathways to regulate intracellular and/or extracellular electrochemical potential(s) toward generation of value-added product(s).

In addition, few more challenges still remain, like understanding the physicochemical architecture of feedstock cell walls, suitable pretreatment method and extent of cell wall deconstruction for generation of value-added products etc.