Sentence examples for generation of value-added from inspiring English sources

S.M. was supported by a postdoctoral fellowship by the European Union FP7 project 222716 SmartCell - Rational design of plant systems for sustainable generation of value-added industrial products.

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.

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).

Generation of value-added products: Periodic synoptic reports, newsgroups, workshops and other products that synthesize forest-related information are expected to arise from the GFIS.

For example, the use of microorganisms could result in both the detoxification of the effluent and the generation of value-added products, for example, xanthan gum, citric acid, ethanol, antioxidants, polyhydroxyalkanoates, b-glucan, lipase, single cell oil, and edible biomass [ 8– 18].

The hydrolysis of non-commercial potatoes to obtain glucose solutions has a double consequence, the elimination of a waste and the generation of a value-added product.

The results of the IÖW model for Germany underline the importance of participation by regional players such as local business and farmers, energy cooperatives, or municipality-owned utilities for the generation of regional value-added.

Considering the need to achieve optimization both on the use of agricultural by-products and generation of high value-added products, there is a growing interest on the concept of platform chemicals, closely associated with the main pillars of Green Chemistry [63],[63].

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.

These include microbial fuel cells (MFCs) for electricity generation, microbial electrolysis cells (MECs) for the production of value-added products such as hydrogen or hydrogen peroxide as well as bioremediation and biosensor applications.

"While we support next-generation evaluation systems that include student achievement as a component, we believe the public release of value-added data on individual teachers is irresponsible," Brown said Friday.