How do I convert the Peak Area (pA*s) measurements in a GC-FID lab report into mass/weight percent of components for analysed crude oil samples?
How do I characterise the n-paraffins and estimate the single carbon number (SCN) distribution from the compositional analysis report?
How do I calculate Acentric factor, critical pressure, critical temperature, SG, MW, boiling point and ideal liquid density of crude oil components from GC-FID and basic physical properties (boiling point, SG, MW and density of the whole crude oil).
I do not have access to PVT equipment so have to make do with limited experimental data for PVT modelling. Every assistance would be really helpful.
I suggest you download Origin Software and use the Peak-fitting function. It can tell you the area under the peak. They also have student versions for easy access.
https://www.originlab.com/
I think you can use Origin Software which has Peak-fitting functions. With this functionality, you can determine the area under the peaks which can then be converted to percentages as you wish.
https://www.originlab.com/
First of all you need to know the FBP of the sample. Then you can choose the right method for all your needs, Consisted of using a column for separating the components and then applying a software for calculating them after you gained the chromatogram of the sample.
- Badges
- Science method