Ion nitriding is an important surface modification technique used routinely in the advanced technology industries aiming at producing high added value components with increased hardness and wear resistance.
The utilization of agroindustrial wastes as substrates for fermentative processes producing high added value products (i.e., enzymes, ethanol, single-cell protein, mushrooms, organic acids, amino acids, biologically active secondary metabolites) has been widely explored, since they are easily available and rich in carbon and often present disposal problems [ 10– 10].
Boosting the national capacity for producing goods of high added value is necessary to create industry jobs for students, he adds.
If they want to attract an audience on the Web, the American blogger Jeff Jarvis, in his book "What Would Google Do?", advises journalists to concentrate on producing content with high added value: "Do what you do best and link to the rest".
Cloning long genome segments of large gene clusters is an imperative step in engineering organisms for the purposes of producing high-added-value biomolecules such as pharmaceuticals and biofuels1,2,3,4,5,6.
Finally, a Biorefinery design is presented that integrates the treatment of municipal wastewater with the recovery of oleaginous microalgae, together with the use of seawater supplemented with anaerobically digested piggery waste for cultivating Arthrospira (Spirulina) and producing biogas, biodiesel, hydrogen and other high added value products.
In this case, other biofuels and chemical products of high added value are produced, contributing to an overall enhancement of the economic viability of the whole integrated system.
In addition, the untapped energy potential in some sub regions makes it impossible to produce enough energy to support the manufacturing sector or businesses with a high added value.
Altogether, the participatory mapping results have a high added value.
The chief executive of Dow Chemical, Andrew Liveris, has argued that it is better to keep gas at home to use it as feedstock for producing chemicals and other refined products with a higher added value.
These are essential characteristics when it comes to producing high-value added materials such as agrochemicals, pharmaceuticals, specialty chemicals…the demand for which has grown in recent decades.
