We present a comprehensive assessment of a prospective production process for aqueous all vanadium flow battery and nonaqueous lithium polysulfide flow battery.
In order to carry out a comprehensive analysis of the biohydrogen production process, indicative parameters namely hydrogen yield (YH), specific hydrogen production rate (SHPR), and COD removal efficiency were studied as the process responses.
In order to enable a comprehensive analysis of an industrial production process, a step-by-step procedure considering lab-scale experiments and determination of important model parameters is provided.
In order to carry out a comprehensive analysis of the biogas production process, the indicative parameters viz., specific methanogenic activity (SMA), bicarbonate alkalinity produced-to-COD removed ratio, and COD removal were studied as the response.
Moreover, not only are the synergistic effects between reaction parameters revealed, but also a comprehensive understanding of the whole production process over variation of the all reaction parameters (within the phase space represented by the experimental grid) are allowed.
An honest acknowledgement of them would help to inform a more comprehensive picture of science as a production process, thus a more credible science can be guaranteed.
An integrated and intensified distillation sequence, including an innovative bottom dividing wall column with a decanter configuration (BDWC-D) was suggested to enhance the energy and cost efficiency of the furfural production process through a comprehensive and systematic procedure that combines process intensification with heat integration.
Today, modern communication interfaces, like the ISO 11783 (ISOBUS), allow a comfortable data acquisition with comprehensive parameter information of the machine and production process status.
Finally, considering the oil and gas production process is a complex system, a fuzzy comprehensive evaluation (FCE) is employed to calculate the overall safety level.
To acquire more insights about this issue and design a comprehensive performance measure, fund management function is conceptualised as a three-stage production process.
