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{{r|Petroleum naphtha}}

...hich re-arranges or re-structures the [[hydrocarbon]] [[molecule]]s in the naphtha as well as breaking some of the molecules into smaller molecules to produce ...ints and other physical and compositional characteristics. In other words, naphtha is a ''generic term'' rather than a ''specific term''.

{{r|Petroleum naphtha}}

:*[[Petroleum naphtha|Naphtha]] obtained from [[Petroleum refining processes|petroleum refineries]]. ...tocks for producing petrochemicals. However, the ethane, propane, butanes, naphtha and gas oil serve as optional feedstocks for steam-assisted [[thermal crack

...ants to remove mercaptans from [[LPG]], [[propane]], [[butane]]s, light [[naphtha]]s, [[kerosene]] and [[jet fuel]] by converting them to liquid [[hydrocarb ...ly injects just a few [[parts per million]] (ppm) of caustic into the feed naphtha.

{{r|Petroleum naphtha}}

...[rosuvastatin]], it is based on an fluorophenyl structure rather than the naphtha ring system present in the type I statins [[mevastatin]], [[lovastatin]], [

...ntained in end-products such as [[LPG]], [[propane]], [[butane]]s, light [[naphtha]]s, [[kerosene]] and [[jet fuel]] by converting them into liquid [[hydroca ...ly injects just a few parts per million ([[ppm]]) of caustic into the feed naphtha.

...aromatics derived from the [[catalytic reforming]] of [[Petroleum naphtha|naphtha]] in a [[Petroleum refining processes|petroleum refinery]].<ref name=Chem-S Catalytic reforming usually utilizes a feedstock naphtha that contains non-aromatic hydrocarbons with 6 to 11 or 12 [[carbon]] [[ato

...molecular shapes having higher octane values than the hydrocarbons in the naphtha feedstock. In so doing, the process separates [[hydrogen]] molecules from t ...ducts such as hydrogen, [[ammonia]] and [[methanol]] from [[natural gas]], naphtha or other petroleum-derived feedstocks. Nor is this process to be confused w

...molecular shapes having higher octane values than the hydrocarbons in the naphtha feedstock. In so doing, the process separates [[hydrogen]] molecules from t ...ducts such as hydrogen, [[ammonia]] and [[methanol]] from [[natural gas]], naphtha or other petroleum-derived feedstocks. Nor is this process to be confused w

...rotreater]] unit: Uses [[hydrogen]] to desulfurize the [[petroleum naphtha|naphtha]] fraction from the crude oil distillation or other units within the refine *[[Catalytic reforming|Catalytic Reforming]] unit: Converts the desulfurized naphtha [[molecule]]s into higher-octane molecules to produce ''reformate'', which

...rotreater]] unit: Uses [[hydrogen]] to desulfurize the [[petroleum naphtha|naphtha]] fraction from the crude oil distillation or other units within the refine *[[Catalytic reforming|Catalytic Reforming]] unit: Converts the desulfurized naphtha [[molecule]]s into higher-octane molecules to produce ''reformate'', which

...erally sailed into the hold of one of the ships, where a lava-like flow of naphtha was pouring out, and smothered it with foam."''<ref name=nydailynews2017-12 ...erally sailed into the hold of one of the ships, where a lava-like flow of naphtha was pouring out, and smothered it with foam.{{'}}

...viscosity. It also produces by-product ([[Liquefied petroleum gas|LPG]], [[naphtha]] (a component of [[gasoline]]) and fuel oils as well as refinery [[fuel ga ...entially [[atmospheric pressure]] where the products of the cracking (gas, naphtha and fuel oil) are separated and recovered. In soaker visbreaking, lower tem

...] units that are subsequently used to upgrade the [[octane rating]] of the naphtha streams. ...ommercialized. At the same time, the catalytic hydrodesulfurization of the naphtha feed to such reformers was also commercialized. In the decades that followe

...] units that are subsequently used to upgrade the [[octane rating]] of the naphtha streams. ...ommercialized. At the same time, the catalytic hydrodesulfurization of the naphtha feed to such reformers was also commercialized. In the decades that followe

...raffin. Paraffins, in turn, is hydrocracked to make diesel fuel and also naphtha, lubricating oil base stocks, and gases.

...on, “The Pharos at Alexandria”, p. 146.</ref> although [[Petroleum naphtha|naphtha]] has also been suggested as an alternative. According to the 1st-century h

*{{pl|Petroleum naphtha}} *{{pl|Petroleum naphtha}}

...the crude oil and will subsequently become part of the [[Petroleum naphtha|naphtha]] and [[kerosene]] fractions distilled from the crude oil (see Figure 1).

...il fractionator produces an overhead fraction called ''[[Petroleum naphtha|naphtha]]'' which becomes a [[gasoline]] component after it is further processed th The ''naphtha cut'', as that fraction is called, contains many different hydrocarbon comp

...iled]]) to remove and recover various products such as [[Petroleum naphtha|naphtha]] which is subsequently further refined to produce [[gasoline]] ([[petrol] ...rocessing in a [[delayed coker]] to produce hydrocarbon [[gas]]es, [[coker naphtha]], [[coker gas oil]] and [[petroleum coke]]; as a feed stock for processing

In the steam reforming of hydrocarbons such as natural gas or [[petroleum naphtha]] to produce gaseous [[hydrogen]] for subsequent use in the industrial prod

In the steam reforming of hydrocarbons such as natural gas or [[petroleum naphtha]] to produce gaseous [[hydrogen]] for subsequent use in the industrial prod

...After further processing for removal of [[sulphur]] compounds, the cracked naphtha becomes a high-octane component of the refinery's blended gasolines. ...FCC main fractionators produce a light cracked naphtha and a heavy cracked naphtha. The terminology ''light'' and ''heavy'' in this context refers to the prod

...ohydrate]]) or mixtures of no fixed composition (e.g., [[Petroleum naphtha|naphtha]], [[gasoline]]). Compounds and enzymes that are overwhelmingly of interest * [[Petroleum naphtha]]

...ied petroleum [[gas]]es such as [[propane]] and [[butane]]) or petroleum [[naphtha]] into [[Gas|gaseous]] hydrogen. The method for producing hydrogen from [[h

...ied petroleum [[gas]]es such as [[propane]] and [[butane]]) or petroleum [[naphtha]] into [[Gas|gaseous]] hydrogen. The method for producing hydrogen from [[h

...rocarbon]] [[molecule]]s of the residual oil into hydrocarbon gases, coker naphtha, coker [[gas oil]] and [[petroleum coke]]. The heater effluent discharges i

...illation]] tower that separates the hydrocracked hydrocarbon stream into [[naphtha]], jet fuel (or kerosene) and diesel oil. The offgas from the tower's assoc

...ons such as [[methane]], [[ethane]], [[propane]], [[butane]]s, [[petroleum naphtha]] and [[petroleum gas oil]].

...[[diesel oil]], [[liquefied petroleum gas]]es (LPG), jet aircraft fuel, [[naphtha]], [[kerosene]], heating [[fuel oil]]s, [[lubricating oil]]s, [[asphalt]] a

..., [[nitrogen]] and [[arsenic]] compounds. Because of that, the [[petroleum naphtha]] feedstocks to catalytic reformers are always processed for removal of suc

* [[Naphtha]]

...e designed to burn liquid fuels (rather than fuel gas) such as [[petroleum naphtha]] or [[diesel oil]]<ref>{{cite book|author=Meherwan Boyce|title=Gas Turbine

...e designed to burn liquid fuels (rather than fuel gas) such as [[petroleum naphtha]] or [[diesel oil]]<ref>{{cite book|author=Meherwan Boyce|title=Gas Turbine

** [[Petroleum naphtha]] and [[fuel oil]]s as feedstocks for steam-assisted [[thermal cracking]] p