The biocrude yield was significantly influenced by temperature, feed rate and gas flow rate.
The parameters investigated are reaction time, temperature, feed ratio and sweep gas flow rate.
These results indicate potential seasonal growth patterns, which are controlled by environmental cues (i.e. temperature, feed availability, etc).
Three factors, namely drying temperature, feed rate and ethanol proportion, have been selected out of the initial five.
The effects of stirrer speed, reaction temperature, feed molar ratio, catalyst loading and reusability of the catalyst were evaluated.
The collected kinetic experimental data attributed to three operating factors including the temperature, feed molar ratio and total feed flowrate.
From the regression analysis, the flux and selectivity were expressed with quadratic equations of temperature, feed concentration and flow-rate.
The effects of temperature, feed concentration, and zeolite loading were investigated as functions of flux and separation factor.
Reaction temperature, feed flow rate (Q), iC4/H2 ratio and the catalyst type were the main variables that were investigated.
The effects of the following factors on design parameters were examined: feed temperature, feed pressure and permeate pressure.
Reaction temperature, feed composition and space velocity also significantly influenced the conversion and the selectivity in the alkylation of phenol.
