The modified electroresistivity method published previously was used to measure the dynamic response of droplet size and organic phase hold-up in a water-kerosene system.
The liquid liquid mass transfer properties of two inline high shear mixers (HSMs) were investigated by the liquid liquid extraction (LLE) method using the water-benzoic acid-kerosene system.
Simulations using the species transport equation and experiments were performed on kerosene-water system.
Three systems kerosene, methyl iso-butyl ketone (MIBK) and n-butanol at a volumetric fractional hold-up of 0·05 in water were examined.
To overcome such a technical disadvantage, both desulfurization adsorbent and steam reforming catalyst were developed, and furthermore a fuel processing system for kerosene is evaluated by simulation.
In this study, three types of plants based natural cationic surfactants, named Olive, Spistan and Prosopis, were used to reduce the IFT of water oil system and kerosene was used as the oil phase for eliminating the surface active agents present in crude oil.
By replacing families' inefficient, dangerous kerosene lamps with solar systems that can run modern lights, Off Grid is bringing the electrical revolution to countries still in the dark.
This emphasizes not only the existing but also the increasing advantage of solar home systems over kerosene lamps.
Table 3 shows a comparison of the present study with two other kerosene-carboxylic acid water systems studied by Venkatanarasaiah and Varma [17] carboxylic acids with slight different conditions and column geometry.
The operating conditions obtained for the removal of phenols are as follows: mixture of 20% tributyl phosphate and 80% kerosene as liquid membrane phase, system temperature 20 °C, feed phase went through tube side, stripping phase went through shell side, organic phase proportion in feed phase 2%, countercurrent flow for feed phase and stripping phase, feed phase pressure 0.015 MPa.
