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...>4</sub>H₁₀), [[pentane]]s and even higher [[molecular weight]] hydrocarbons. When processed and purified into finished by-products, all of these are c ...gas condensate]], a [[Boiling point|low-boiling point]] mixture of liquid hydrocarbons called ''[[natural gas condensate]]'', sometimes also called ''[[natural ga

...es worldwide and each crude oil has its own unique mixture of thousands of hydrocarbons and other materials. ...equire more complex refinery configurations to produce lower boiling point hydrocarbons that are usable in gasolines.

...es worldwide and each crude oil has its own unique mixture of thousands of hydrocarbons and other materials. ...equire more complex refinery configurations to produce lower boiling point hydrocarbons that are usable in gasolines.

When the feed gas to a Claus unit includes ammonia and hydrocarbons (such as in the overhead gas from a petroleum refinery sour water stripper)

...ability to grow on and break down many dangerous pollutants and aromatic [[hydrocarbons]] such as toluene, [[benzene]], and ethylbenzene. ''P. putida'' can also be ...st genes of any microorganism that break down chemicals such as aromatic [[hydrocarbons]]. Research is being done on the difference in genome of ''P. putida'' and

'''Terpenes''' - the large and varied class of [[hydrocarbons]], produced by a wide variety of [[plants]] and some [[mushrooms]]. Very bi

...rbons|olefins]] from [[natural gas]] and [[Petroleum crude oil|petroleum]] hydrocarbons such as [[methane]], [[ethane]], [[propane]], [[butane]]s, [[petroleum naph

...], Scotland)</ref><ref>{{cite book|author=Maxwell, J.B.|title=Data Book on Hydrocarbons|edition=1st Edition|publisher=D. Van Nostrand|year=1950|id=}}</ref>

...ear=2000|id=ISBN 0-88415-289-8}}</ref> [[Catalytic cracking]] of petroleum hydrocarbons for conversion of heavy to lighter fractions was originally done by [[therm Petroleum crude oil consists primarily of a mixture of hydrocarbons with small amounts of other [[organic compound]]s containing sulfur, [[nitr

...of dealing with industrial sources of CO₂ is to convert it into hydrocarbons where it can be stored or reused as fuel or to make plastics. There are a n ===Single Step methods: CO₂ → Hydrocarbons===

...of crude oil which is separated from the higher-[[Boiling point|boiling]] hydrocarbons in crude oil by [[precipitation]] upon the addition of lower-boiling hydroc ...nd each of the crude oils from those sources has its own unique mixture of hydrocarbons. Upon being fed into a [[Petroleum refining processes|petroleum refinery]],

...ed]] hydrocarbons in the vapor phase could be converted into [[saturated]] hydrocarbons by using hydrogen and a catalytic metal. His work was the foundation of the

...ed]] hydrocarbons in the vapor phase could be converted into [[saturated]] hydrocarbons by using hydrogen and a catalytic metal. His work was the foundation of the

...>4</sub>H₁₀), [[pentane]]s and even higher [[molecular weight]] hydrocarbons. The raw gas also contains various amounts of [[acid gas]]es such as [[carb ...into finished by-products (see [[Natural gas processing]]), these heavier hydrocarbons are collectively referred to as NGL (natural gas liquids). The extraction o

...n:''''' The main focus of this design is to condense and collect water and hydrocarbons from the vapor phase in the reboiler and drain it out of the stripper syste

...n butane tend to be liquid at room temperature, and very high chain length hydrocarbons are solids. Because of the simple composition of the first four hydrocarbons and their small molecular sizes, the lack of any significant internal polar

...n butane tend to be liquid at room temperature, and very high chain length hydrocarbons are solids. Because of the simple composition of the first four hydrocarbons and their small molecular sizes, the lack of any significant internal polar