Abstract 1. A PROCESS FOR THE DISPOSED OF A POLYOLEFINIC PLASTIC WHICH COMPRISES DIVIDING SAID POLYOLEFINIC PLASTIC INTO AT LEAST TWO PORTIONS AND SUBJECTING A PORTION OF THE POLYOLEFINIC PLASTIC IN CONJUCTION WITH A FLUIDIZING MEDIUM TO FLUIDIZED COMBUSTION BY MEANS OF AIR OF AN AMOUNT EXCEEDING THE AMOUNT THEORETICALLY REQUIRED FOR COMBUSTION OF SAID PLASTIC THEREBY GASIFYING THE PLASTIC, SIMULTANEOUSLY FUSING THE REMAINING PORTION OF THE POLYOLEFINIC PLASTIC WITH THE HEAT GENERATED BY SAID FLUIDIZED COMBUSTION AND, WHILE MAINTAINING THE FUSED POLYOLEFINIC PLASTIC IN A LIQUID FORM BY UTILIZING THE HEAT OF THE AFOREMENTIONED COMBUSTION, FLUIDIZING AND PARTIALLY OXIDIZING THE FUSED POLYOLEFINIC PLASTIC IN CONJUCTION WITH A FLUIDIZING MEDIUM BY MEANS OF AN AMOUNT OF OXYGEN INSUFFICIENT FOR COMPLETE COMBUSTION THEREBY PRODUCING A HYDROCARBON GAS AND COOLING SAID GAS FOR THEREBY OBTAINING HYDROCARBON OILS AND HYDROCARBON GASES USEFUL AS INDUSTRIAL RAW MATERIALS.
A PROCESS FOR THE DISPOSED OF A POLYOLEFINIC PLASTIC WHICH COMPRISES DIVIDING SAID POLYOLEFINIC PLASTIC INTO AT LEAST TWO PORTIONS AND SUBJECTING A PORTION OF THE POLYOLEFINIC PLASTIC IN CONJUCTION WITH A FLUIDIZING MEDIUM TO FLUIDIZED COMBUSTION BY MEANS OF AIR OF AN AMOUNT EXCEEDING THE AMOUNT THEORETICALLY REQUIRED FOR COMBUSTION OF SAID PLASTIC THEREBY GASIFYING THE PLASTIC, SIMULTANEOUSLY FUSING THE REMAINING PORTION OF THE POLYOLEFINIC PLASTIC WITH THE HEAT GENERATED BY SAID FLUIDIZED COMBUSTION AND, WHILE MAINTAINING THE FUSED POLYOLEFINIC PLASTIC IN A LIQUID FORM BY UTILIZING THE HEAT OF THE AFOREMENTIONED COMBUSTION, FLUIDIZING AND PARTIALLY OXIDIZING THE FUSED POLYOLEFINIC PLASTIC IN CONJUCTION WITH A FLUIDIZING MEDIUM BY MEANS OF AN AMOUNT OF OXYGEN INSUFFICIENT FOR COMPLETE COMBUSTION THEREBY PRODUCING A HYDROCARBON GAS AND COOLING SAID GAS FOR THEREBY OBTAINING HYDROCARBON OILS AND HYDROCARBON GASES USEFUL AS INDUSTRIAL RAW MATERIALS.
Claim 2
Dependent Claim
141 words
A PROCESS FOR THE DISPOSED OF A POLYOLEFINIC PLASTIC WHICH COMPRISES DIVIDING SAID POLYOLEFINIC PLASTIC INTO AT LEAST TWO PORTIONS AND SUBJECTING A PORTION OF THE POLYOLEFINIC PLASTIC IN CONJUCTION WITH A FLUIDIZING MEDIUM TO FLUIDIZED COMBUSTION BY MEANS OF AIR OF AN AMOUNT EXCEEDING THE AMOUNT THEORETICALLY REQUIRED FOR COMBUSTION OF SAID PLASTIC THEREBY GASIFYING THE PLASTIC, SIMULTANEOUSLY FUSING THE REMAINING PORTION OF THE POLYOLEFINIC PLASTIC WITH THE HEAT GENERATED BY SAID FLUIDIZED COMBUSTION AND, WHILE MAINTAINING THE FUSED POLYOLEFINIC PLASTIC IN A LIQUID FORM BY UTILIZING THE HEAT OF THE AFOREMENTIONED COMBUSTION, FLUIDIZING AND PARTIALLY OXIDIZING THE FUSED POLYOLEFINIC PLASTIC IN CONJUCTION WITH A FLUIDIZING MEDIUM BY MEANS OF AN AMOUNT OF OXYGEN INSUFFICIENT FOR COMPLETE COMBUSTION THEREBY PRODUCING A HYDROCARBON GAS AND COOLING SAID GAS FOR THEREBY OBTAINING HYDROCARBON OILS AND HYDROCARBON GASES USEFUL AS INDUSTRIAL RAW MATERIALS.