Take a look at what my naphtha can be used for
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Take a look at what my naphtha can be used for; its composition is as follows: Benzene: 0.18V%, Aromatics: 14.4V%, Cycloalkanes: 36.74V%, Alkanes: 48.86V%, Oxygen: 0V%. Please share your thoughts; thank you!
Purchased for use as a reforming feedstock in refineries, or to adjust gasoline.
It has a high content of naphthenes, which makes it an excellent raw material for reforming; it is also a good raw material for aromatic extraction in the next step.
Can it be used as a pyrolysis feedstock? I read in the documentation that \"as a pyrolysis raw material, the content of alkanes and cycloalkanes in the naphtha composition must be no less than 70% (by volume)\”.
It is recommended that aromatic compounds be extracted first as a feedstock for pyrolysis.
It can be used as a feedstock for reforming, and there are two approaches in this process: one is to produce gasoline, and the other is to carry out aromatic extraction, which is a good option
Who can explain what the criteria are for using naphtha as feedstock for cracking and for reforming?
In a refining unit we have just designed, the naphtha produced is sent for continuous reforming, and then aromatics extraction is carried out.
Is there a detailed breakdown of the elemental composition? What is the distribution of aromatic hydrocarbons and naphthenic hydrocarbons?
Hydrogenation via solvent oil route...:lol
It can be used as a raw material for reforming or for hydrogen production.
I think the content of saturated hydrocarbons is very high, so the octane rating certainly can’t be high. 1. For the reformation or aromatization route, a total volume of over 50,000 tons is required to make it technically and economically viable. . . 2. If the volume is small, below 50,000 tons (annual total), opting for environmentally friendly solvent oils can yield better results than using conventional oils. . . 3. If the amount is very small, use it as a catalytic gasoline terminator and feed it into the riser for gradual breakdown. . . :lol
Reforming, aromatic extraction; PX can also be sold to refineries to increase the octane rating of gasoline
In the case of petrochemical complexes, where the content of alkanes and cycloalkanes is greater than 75%, it can be considered as a feedstock for cracking.
For the feedstock used in cracking, it is desirable to have a higher content of paraffins and naphthenes, especially paraffins. For reformation feed, the higher the content of aromatics and naphthenes, the better.
It can be used for: 1. Reforming crude oil； ⒉Ethylene cracking feedstock ； ⒊To make blended gasoline.