To this aim, we present here an evaluation of several catalytic systems for the epoxidation of methyl oleate, together with a green metrics study using atom economy (AE), reaction mass efficiency (RME), material recovery parameter (MRP), yield and reaction time as main parameters.
In addition, considering mass efficiency, a dimensionless frequency parameter was proposed.
For drying fine powders, the effect of reduced mass transfer efficiency due to particle agglomeration and gas channeling is taken into account in the model by factoring an efficiency parameter into the Fourier number.
The Efficiency parameter also identified areas in need of improvement.
First, there is the possibility that the concentration parameters are confounded with the synthesis efficiency parameters.
In order to search out the main factors affecting the SIS mass spectrometry efficiency, four MS parameters, including target total ion count (TTIC), waveform amplitude (WA), transfer line (XLT) and ion trap temperatures (ITT) were subjected to a complete multifactorial design.
λ M, mass convective parameter.
The aim of this study was to characterise the mass transfer parameters and H2S removal efficiency in a laboratory-made spray tower designed for deodorisation.
The hydraulic performance parameters and the mass transfer efficiency of the foam monolithic tray are measured as 600 mm i.d. and 300 mm i.d.
Later the converter testing is done along with the motor and the performance parameters such as volume, mass, cost, efficiency are determined.
