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A method and apparatus of the invention includes a method of removing airborne hydrocarbons from liquid electrophotographic printer exhaust comprises generating airborne hydrocarbon droplets as either vapor or mist during the transportation of electrophotographic ink or toner, directing substantiall

A method and apparatus of the invention includes a method of removing airborne hydrocarbons from liquid electrophotographic printer exhaust comprises generating airborne hydrocarbon droplets as either vapor or mist during the transportation of electrophotographic ink or toner, directing substantially all of the air and hydrocarbon droplet mixture to a central collection point, forcing the air/droplet mixture to and through an oleophilic, substantially non-leaching collection media, and exhausting substantially hydrocarbon-free air from the electrophotographic printer. The method may further comprise inducing pressure in the printer with air pressure reduction to pull the exhaust through the collection media, for example with a pump or fan used to produce air pressure reduction. The method may comprise inducing airflow in the printer with ventilation holes or by the addition of a fan to provide a fresh air inlet. The air/hydrocarbon mixture may be directed to the collection media by a transportation system.

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1. A method of removing airborne hydrocarbons from liquid electrophotographic printer exhaust comprisinggenerating airborne hydrocarbon droplets as either vapor or mist during the transportation of electrophotographic ink or toner,directing substantially all of the air and hydrocarbon droplet mixtur

1. A method of removing airborne hydrocarbons from liquid electrophotographic printer exhaust comprisinggenerating airborne hydrocarbon droplets as either vapor or mist during the transportation of electrophotographic ink or toner,directing substantially all of the air and hydrocarbon droplet mixture to a central collection point,forcing the air/droplet mixture to and through an oleophilic, substantially non-leaching collection media, andexhausting substantially hydrocarbon-free air from the electrophotographic printer. 2. The method of claim 1 further comprising inducing pressure in the printer with air pressure reduction to pull the exhaust through the collection media. 3. The method of claim 2 wherein a fan is used to produce the air pressure reduction. 4. The method of claim 3 further comprising inducing airflow in the printer with ventilation holes. 5. The method of claim 4 further comprising inducing airflow by the addition of a fan to provide a fresh inlet. 6. The method of claim 3 wherein the air/hydrocarbon mixture is directed to the collection media by a transportation system. 7. The method of claim 1 wherein the air/hydrocarbon mixture is directed to the collection media by a transportation system. 8. The method of claim 7 wherein the transportation system comprises at least one duct. 9. The method of claim 1 wherein the air-hydrocarbon mixture is forced through the collection media by a fan. 10. The method of claim 1 wherein the air-hydrocarbon mixture is forced through the collection media by a pump. 11. A filter for the collection and disposal of airborne hydrocarbons in a liquid electrophotographic printer comprising:a housing having at least an inlet, anda non-leachable oleophilic absorbent contained within said housing. 12. The filter of claim 11 wherein the housing is substantially comprised of a screen-like mesh, the screen-like mesh acting as the inlet. 13. The filter of claim 11 wherein the housing is a three-dimensional cartridge, having at least two opposing (parallel) sides, that is substantially impervious to airborne hydrocarbons. 14. The cartridge of claim 13 wherein one of the opposing sides contains the inlet, and the opposite side contains an outlet. 15. The cartridge of claim 13 wherein the absorbent portion is comprised of a plurality of absorbents layered to best remove airborne hydrocarbons of all sizes. 16. The filter of claim 11 wherein the absorbent portion comprises a particulate oleophilic absorbent that is enclosed within an oleophilic cloth or non-woven material. 17. The filter of claim 11 wherein the absorbent portion is comprised of a plurality of absorbents blended together to meet specific absorbent needs. 18. The filter of claim 11 wherein the absorbent portion is comprised of a plurality of absorbents layered to best remove airborne hydrocarbons of all sizes. 19. The filter of claim 11 further comprising the inclusion of air channels through the absorbent layer. 20. An electrophotographic printing apparatus comprising a source of electrophotographic ink or toner, an electrophotographic printing surface, a source of imaging radiation, and a liquid electrophotographic printer exhaust, the exhaust further comprisinga source of air with airborne hydrocarbon droplets as either vapor or mist during the transportation of electrophotographic ink or toner,a flow system for moving substantially all of the air and hydrocarbon droplet mixture to a central collection point,in the central collection point, a substantially non-leaching collection media, andan exhaust for air leaving the central collection point.