A strategy to perform the high-pressure reaction consists of two steps: hydrolysis and esterification.
Experiments were carried out in a self designed high-pressure reaction system with varying operating conditions.
A team of researchers at Corning Glass Works realized Kao's designs in 1970, using a high-pressure reaction chamber to form the first low-loss optical fibers, and others at Bell Laboratories refined the manufacturing technique to bring down the cost.
The effects of various co-catalysts, co-catalyst concentration, reaction temperature, CO2 pressure, reaction time, various substituents on ligand and centre metal of complexes have been investigated systematically.
Influence of various parameters such as reaction temperature, hydrogen pressure, reaction time and the nature of solvent have been studied.
It was found that the purification efficiency was affected by microwave power, reaction pressure, reaction time and the acid ratio.
Due to the poor solubility of n-butane in an aqueous system, a high pressure reaction assembly was applied to increase the conversion.
In comparison to the CYP153A wild type the 1-butanol concentration was enhanced fivefold using the engineered monooxygenase whole cell system by using the high-pressure reaction assembly.
Response surface methodology (RSM) was used to evaluate the relationships between the content of fatty acid methyl esters (FAMEs) and reaction parameters, such as reaction temperature, reaction pressure, reaction time, and the molar ratio of methanol to oil.
The effects of parameters, such as anions of the catalysts, reaction temperature, pressure, reaction time, and the amount of catalyst used, on the reaction were also investigated.
