Sentence examples for Production process optimization from inspiring English sources
The phrase "Production process optimization" is correct and usable in written English
You can use it when discussing improvements or enhancements in manufacturing or production workflows. Example: "Our team is focused on production process optimization to increase efficiency and reduce costs."
Based on the feedstock characteristics and desired products, a microbial strain and a production process optimization are needed to achieve an ideal conversion process (Figure 1).
The proposed tool represent a validated basis for pasta production process optimization and reverse engineering of die design.
The production process optimization has been performed through the manipulation of the initial cell and the substrate fed-batch concentrations besides the fed-batch flow rate strategy.
Cephalosporin C production process optimization was studied based on four experiments carried out in an agitated and aerated tank fermentor operated as a fed-batch reactor.
For the purpose of production process optimization and related control system design it is worthwhile to first build an appropriate process model.
3D information about internal voids/porosity extracted from CT datasets can be utilized in many applications, such as production processes optimization and quality control.
This optimized system showed remarkable potential for large-scale aerobic succinate production and process optimization.
Industrial Process Measurement and Control Systems are used in most of the industrial sectors to achieve production improvement, process optimization and time and cost reduction.
The petroleum-based precursors for synthesis of CNTs have been investigated in detail, and the easy availability of high-grade precursors has resulted in the production and process optimization of different types, structure, dimension, and orientations of CNTs.
Therefore, a hybrid simulation framework is designed taking into account time series models for modelling chemical production processes, linear optimization models for describing logistical processes as well as stochastic processes for modelling environmental effects.
Although the cost of feedstock and cellulolytic enzymes are the two important parameters and are the main obstacles for industrial bioethanol production, process integration and optimization, together with research on genetically engineered enzyme and yeast, will improve the energy consumption of the process.
