Process for reclamation of polyester by reactor addition

1. A continuous system for reclaiming polyester, comprising:

a feed of recycled polyester, wherein the feed of recycled polyester includes polyester particles, off spec polyester flakes, off spec polyester resin, or other forms of polyester;

a feed of polyester precursors;

a continuous reactor stream configured for depolymerizing the recycled polyester feed via glycolysis, methanolysis, or hydrolysis to obtain depolymerized polyester monomers and for polymerizing the depolymerized polyester monomers with the polyester precursors to form reclaimed polyester; and

an output of reclaimed polyester.

2. The continuous system of claim 1 , wherein the continuous reactor stream is coupled to a supply of water, methanol or ethylene glycol.

3. A method for making polyester objects, the method comprising:

providing a feed of recycled polyester in a continuous reactor stream, wherein the feed of recycled polyester includes polyester particles, off spec polyester flakes, off spec polyester resin, or other forms of polyester particles, flakes, or resin;

depolymerizing the recycled polyester feed via glycolysis, methanolysis, or hydrolysis to obtain depolymerized polyester monomers;

providing a feed of polyester precursors in the continuous reactor stream; and

polymerizing the depolymerized polyester monomers and the polyester precursors in the continuous reactor stream to form reclaimed polyester;

melting the reclaimed polyester to form a polyester melt;

flowing the polyester melt to a valve having multiple outlets;

flowing the polyester melt from the valve having multiple outlets to a die forming system, the die forming system including a plurality of dies, and a chip system; and

forming the polyester objects from the polyester melt.

4. The method of claim 3 , the method further comprising one or more of:

at least one of:

controlling individually a mass flow of the polyester melt in each of the die forming system and chip system with a combination feedback and feed forward control system on the die forming system and chip system, wherein the combination feedback and feed forward control systems include a first pump proximate to each die of the plurality of dies and a second pump located up stream of the valve, the first and second pumps are controlled by continuous feedback of a calculated flow needed to maintain pressure in each die of the plurality of dies of the die forming system and chip forming system; and

controlling individually a mass flow of the polyester melt in each of the die forming system and chip system with a combination feedback and feed forward control system on the die forming system and chip system, wherein the die forming system includes a plurality of flow, pressure, and speed indicators and controllers, a primary sheet line pump, and an outlet pump, the outlet pump located at a die of the die forming system, a speed of the primary sheet pump controlled by a feedback loop including an inlet pressure at the outlet pump, the inlet pressure determined by a first indicator of the plurality of flow, pressure, and speed indicators and controllers;

filtering the polyester melt prior to the forming the polyester objects; and

flowing the polyester melt from one of the multiple outlets to a chip stream for forming pellets.

5. The method of claim 3 , wherein one or more of:

the polyester objects are polyester sheets or pellets;

the forming polyester objects further comprises adding at least one side extruder to produce multi-layered polyester sheets;

wherein the controlling individually the mass flow of the polyester melt comprises controlling the pressure of the polyester melt with pressure control loops prior to the forming the polyester objects; and

the controlling individually in the die forming system includes the use of an outlet pump, the outlet pump directly controlling the flow in the die flowing system.

6. The continuous system of claim 1 , wherein the continuous reactor stream comprises a reaction vessel, which is configured as a mixer capable of mixing liquid polyester in continuous formats, a single screw mixer, double-screw mixer, continuous kneader, reciprocating screw mixer, twin-screw extruder, or continuous plow mixer.

7. The continuous system of claim 1 , wherein the reaction vessel is configured to perform one or more of: degassing, homogenizing, dispersing, or heating.

8. The continuous system of claim 1 , wherein the output system in configured to provide the reclaimed polyester to storage or a polyester product formation system or an analytical system by being operable coupled thereof.

9. The continuous system of claim 8 , wherein the polyester product formation system is configured to form a product from only the reclaimed polyester or to combine the reclaimed polyester with a second feed of polyester to produce a product of a polyester alloy.

10. The continuous system of claim 1 , further including a controller having a tangible non-transitory memory device having computer executable instructions for controlling the system to reclaim polyester.

11. The continuous system of claim 10 , wherein the controller is configured for controlling: depolymerizing the recycled polyester before mixing with the polyester precursors; and/or depolymerizing the recycled polyester during or after mixing with the polyester precursors.

12. The continuous system of claim 10 , wherein the controller is configured for controlling the reaction vessel to receive the polyester precursors from a precursor storage wherein each precursor is stored separately or in any un-reacting combination.

13. The continuous system of claim 1 , wherein the controller is a computer.