plastics 39 hydrocarbon chains a pump 5 moves the liquified plastics 3 to a process chamber 4 where the liquified plastics which contain hydrocarbon fuel pre products are further heated to a temperature substantially equal to 850 degrees fahrenheit and are permitted to off gas the above stated temperature is a maximum temperature chosen to cause the liquified plastic to off gas rapidly while avoiding u201c cracking u201d of the bydrocarbon fuel products such as decane to shorter chain hydrocarbon components as is done in pyrolytic converters the higher temperature of process chamber 4 is generally above the flash point of the gaseous fuel components that are being extracted and therefore the system must substantially prevent the introduction of air within process chamber 4 and possibly liquification chamber 2 otherwise the fuel products may combust in the chamber creating a hazard and wasting the fuel components extracted some off gassing will also occur in liquification chamber 2 and these gases may be removed by a vent 8 a but primarily the gases which contain hydrocarbon fuel products will be extracted via a vacuum pump 8 vacuum pump 8 is included to remove the gases produced by the off gassing liquid plastic material 7 without vacuum pump 8 insufficient gas will exit the system and the heavier vapor components such as parrafin will remain in the system additionally the effects of ambient barometric pressure and temperature on the system are eliminated a system without.