A method and system for separating light hydrocarbons are disclosed, wherein the method comprises compression, cooling, absorption, desorption, rectification, cracking, and recycling cracked gas to the compression step.

A method and system for separating light hydrocarbons are disclosed, wherein the method comprises compression, cooling, absorption, desorption, rectification, cracking, and recycling cracked gas to the compression step.

A method and system for separating light hydrocarbons are disclosed, wherein the method comprises compression, cooling, absorption, desorption, rectification, cracking, and recycling cracked gas to the compression step.

A method and system for separating light hydrocarbons are disclosed, wherein the method comprises compression, cooling, absorption, desorption, rectification, cracking, and recycling cracked gas to the compression step.

The present invention provides a method for removing petroleum and other liquid hydrocarbons from a body of water, using an environmentally friendly and inexpensive bi-component granular compound with sorption and buoyant properties, wherein one of the components of the compound is a microporous absorbent material that due to its high sorption capacity, is effective in removing petroleum and other liquid hydrocarbons from the surface of a body of water, and another component is a macroporous buoyant material with closed cell structure, the subsequent extraction of the absorbent compound impregnated with petroleum and other liquid hydrocarbons from the body of water, with further hydrocarbon recovery by distillation, and microporous component re-activation, that are carried out inside a fluidized bed reactor, using superheated steam, a method of bi-component granular floating absorbent compound manufacturing.

The present invention provides a method for removing petroleum and other liquid hydrocarbons from a body of water, using an environmentally friendly and inexpensive bi-component granular compound with sorption and buoyant properties, wherein one of the components of the compound is a microporous absorbent material that due to its high sorption capacity, is effective in removing petroleum and other liquid hydrocarbons from the surface of a body of water, and another component is a macroporous buoyant material with closed cell structure, the subsequent extraction of the absorbent compound impregnated with petroleum and other liquid hydrocarbons from the body of water, with further hydrocarbon recovery by distillation, and microporous component re-activation, that are carried out inside a fluidized bed reactor, using superheated steam, a method of bi-component granular floating absorbent compound manufacturing.