Sentence examples for maximizing the production from inspiring English sources

Recent advances in biotechnological approaches have facilitated researches directed towards maximizing the production of desired products in cyanobacteria and realizing the potential of these bacteria for various industrial applications.

The methodology is exemplified for a competitive Diels Alder reaction with the objective of maximizing the production of the desired product relative to that of the byproduct.

The purpose of this study was to quantify the effect of various operating factors for the pyrolysis of low-density polyethylene (LDPE), a common polymer found in plastic wastes, and determine viable operating conditions for maximizing the production of high value products such as ethylene, propylene, butadiene.

In this paper the proposed model addresses this problem and presents the identification of a range of optimal plant topologies, facilities design and storage policies that minimize the total cost of the system, while maximizing the production, subject to total product demands and operational restrictions.

While molecular technologies focusing on strain construction are becoming mainstream in the development of economically viable biobutanol production, process technologies should not be overlooked because they can be an effective means of fully exploiting the productivity of a strain and maximizing the production efficiency.

While molecular technologies focusing on strain construction are becoming attractive in the development of economically viable biobutanol production, metabolic technologies should not be overlooked because they can be effective means of fully exploiting the productivity of a strain and maximizing the production efficiency.

Metabolic engineering focuses on controlling cellular metabolism and heterologous pathway flux to maximize the production of a product of interest.

To demonstrate the present methodology, the optimal time-varying electrode potential for a coupled chemical electrochemical reaction scheme, that maximizes the production of the desired product in a batch electrochemical reactor with/without recirculation are determined.

In addition to profit and customer satisfaction, the third objective aims to maximize the production of developed and new products.

While genetic engineering focuses on strain improvement to enhance butanol production, cofactor technology can fully exploit the productivity of a strain and maximize the production efficiency.

While genetic engineering focuses on strain improvement to enhance butanol production, process development can fully exploit the productivity of a strain and maximize the production efficiency.