Conversion of polymer containing materials to petroleum products

A system that converts polymer containing materials into petroleum products, the system comprising:

• a feedstock receiver into which feedstock is fed from one end and from which the feedstock exits from the other end;
• a reactor body to accept the feedstock from the receiver and to heat the feedstock to a reaction temperature, wherein the reactor body comprises a horizontal cylindrical body with internal augers;
• a controller that adjusts rotation of the reactor body;
• a second controller that adjusts an incline of the reactor body between 0 and 30 degrees;
• a heating source applied along one or more sides of the rotating body to adjust temperatures inside the reactor body;
• a condensing system to cool vapor products from the reactor body into liquids and to capture non-vapors;
• and
• feedback controls that provide guidance as to conditions required to vary yields of desired products from the system.

A system that converts polymer containing materials into petroleum products, the system comprising;

• a shredder or grinder to shred or grind the polymer containing materials into a smaller size;
• a feedstock separator that separates the shredded or ground materials by weight and size;
• a feedstock container in which the different polymer containing materials are separated by density using fluids of known density;
• a feedstock dryer in which reaction materials are dried;
• a feedstock receiver into which feedstock is fed from one end and from which the feedstock exits from the other end;
• a reactor body to accept the feedstock from the receiver and used to heat the feedstock to a reaction temperature, wherein the reactor body comprises a horizontal cylindrical body with internal augers;
• a controller that adjusts rotation of the reactor body;
• a heating source applied along one or more sides of the reactor body;
• and
• a condensing system to cool vapor products from the reactor body into liquids and to capture non-vapors.

A system that converts polymer containing materials into petroleum products, the system comprising;

• a shredder or grinder shred or grind the polymer containing materials into a smaller size;
• a feedstock separator that separates the shredded or ground materials by weight and size;
• a feedstock container in which the different polymer containing materials are separated by density using fluids of known density;
• a feedstock dryer in which reaction materials are dried;
• a feedstock receiver into which feedstock is fed from one end and from which the feedstock exits from the other end wherein the feedstock receiver further comprises a single or double screw extruder to pre-melt the feedstock and to feed the melted feedstock into the reactor body;
• a reactor body to accept the feedstock from the receiver and used to heat the feedstock to a reaction temperature, wherein the reactor body comprises a horizontal cylindrical body with internal augers;
• a controller that adjusts rotation of the reactor body;
• a second controller that adjusts the incline of the reactor body between 0 and 30 degrees;
• a heating source applied along one or more sides of the reactor body;
• a condensing system to cool vapor products from the reactor body into liquids and to capture non-vapors wherein the condensing system comprises several condensers, each with a specific use, including a first stage condenser that is used as a reflux column, a second stage condenser that is used to cool vapor into liquids and a third stage condenser that is used to condense a portion of the vapor into a liquid stream at a set boiling range;
• feedback controls that provide guidance as to ideal conditions required to vary the yields of the products.