'production value added' is a correct and usable phrase in written English.
It is used to describe the increase in value of an item as a result of the production process. For example, "The production value added to the car when it was painted made it twice as valuable."
Overall, a subsidized R&D program results in a production, value added and employment effect that amounts to at least twice the initial financing.
These include: fertilisers, water and agrochemical management; cropping system; energy input; value of production; value added; farm household income; CAP independence; farm business diversification; natural value of the farm and functional landscape pattern.
To the extent that the Keynesian multiplier, in the form of production, value added, or job creation, is the inverse function of the propensity to consume locally, the magnitude of these "drains" moderates that of the construction effect.
Todd Martens of The Los Angeles Times was disappointed with the video's special effects and production values, adding that it looked "as if it were filmed with one camera on a tripod in a single-bulb basement".
Interplay of charge between bacteria and electrode has led to emergence of bioelectrochemical systems which leads to applications such as production of electricity, wastewater treatment, bioremediation and production of value added products.
The matrix is constructed by economic sectors, like production activities, value added (or production factors), and institutional sectors as the rows and columns of the matrix, following three rules (Pyatt and Thorbecke 1976): (A) A row and a column with the same number (of matrix) are the same economic sector.
Experimental data illustrated that solid-state fermentation can be effectively integrated in SBES for the production of value added products with the possibility of simultaneous solid waste remediation.
Coffee pulp accounts to 8 10% tannin content and the present study demonstrates coffee pulp as an excellent substrate for production of value added products.
The utilization of inexpensive carbon sources, including waste streams, for production of value added products has been explored for over two decades.
The aim of this study was to evaluate the utilization of agriculture biomass for the production of value added products like xylitol, beneficial for health, environment and economy.
The higher concentration of reducing sugar concentration will be useful for the economical production of value added products from the hydrolysate.
