A simple, cheap and quick routine method based on phase-titration has been developed for
the estimation of adulteration of gasoline and high-speed diesel with kerosene. Since no …

An improved system for the phase-titration determination of kerosine adulteration in petrol
has been developed. Calibration graphs are linear and are therefore especially efficacious …

Fuel adulteration is associated with environmental pollution, engine performance, and tax
loss. Different key characteristics of gasoline were tested using an American Society for …

The adulteration of motor gasoline with superior kerosene has been studied using gas
chromatography-Detailed Hydrocarbon Analysis (DHA). The gas chromatograph study …

Detection of adulteration in the petroleum fuels (gasoline and diesel) is challenging because
the adulterants usually include those compounds which are already present in these fuels …

A simple and rapid reverse phase HPLC method has been developed for the determination
of adulteration in petrol (gasoline) with Kerosene. Methanolic solutions of petrol, Kerosene …

The back end volatility of gasoline is an important issue for the efficient and environmentally
acceptable operation of modem spark ignition engines. Heavier components in the range of …

This study has shown that the use of distillation curves combined with PCA (Principal
Component Analysis) and PLS-DA (Partial Least Squares Discriminant Analysis) provides a …

Techniques based on the headspace vapour analysis of ethanol using a fuel cell sensor
have been studied as the basis of a procedure to determine the degree of adulteration of …

A method is developed for determining the inspection parameters of diesel fuels using gas
chromatography. After one measurement which lasts on the order of 140 min, it is possible to …