Material withdrawal apparatus and methods of regulating material inventory in one or more units
Material withdrawal apparatus, methods, and systems of regulating material inventory in one or more units are provided. A material withdrawal apparatus includes a heat exchanger and transport medium junction configured to provide transport medium to transport the withdrawn material from the unit to the heat exchanger. Another material withdrawal apparatus includes a heat exchanger and shock coolant junction configured to provide shock coolant to the material withdrawn from the unit. Another material withdrawal apparatus includes a heat exchanger, shock coolant junction, and transport medium junction. Another embodiment of a material withdrawal apparatus includes a vessel and shock coolant junction. Another material withdrawal apparatus includes a vessel and transport medium junction. The vessel includes a wall, liner with heat insulating refractory material, fill port, and a discharge port. Other embodiments provide methods of withdrawing or regulating material in a unit and systems coupled to a material withdrawal apparatus.
1. A material withdrawal apparatus comprising:
a heat exchanger comprising:
material inlet coupled to at least an unit from which material is withdrawn;
at least a member selected from the group consisting of:
transport medium junction configured to provide transport medium to transport the withdrawn material from the at least one unit to the heat exchanger, wherein the transport medium comprises at least one member selected from a group consisting of water, inert gas, transporting medium having an oxygen content less than the amount necessary to support combustion upon contact of transport medium with the withdrawn material, and combinations thereof; and shock coolant junction configured to provide shock coolant to withdrawn material from the at least one unit, wherein the shock coolant cools the withdrawn material to less than 427° C. and the shock coolant comprises at least one member selected from a group consisting of water, inert gas, liquid nitrogen, and combinations thereof.
2. The material withdrawal apparatus of claim 1 , comprising a shock coolant junction and a transport medium junction.
3. The material withdrawal apparatus of claim 1 , wherein the at least one unit is operated at a low oxygen environment condition.
4. The material withdrawal apparatus of claim 3 , wherein the low oxygen environment condition is selected from a group consisting partial combustion, poor air circulation, CO rich environment condition, mixed mode FCC, and a combination of two or more.
5. A material withdrawal apparatus comprising:
a vessel comprising:
a wall;
a liner comprising a heat insulating refractory material;
a fill port and a discharge port defined in the vessel;
wherein the fill port is configured to receive withdrawn material from
at least an unit; and
at least a member selected from the group consisting of:
transport medium junction configured to provide transport medium to transport the withdrawn material from the at least one unit to the vessel, wherein the transport medium comprises at least one member selected from a group consisting of water, inert gas, transporting medium having an oxygen content less than the amount necessary to support combustion upon contact of transport medium with the withdrawn material, and combinations thereof; and shock coolant junction configured to provide shock coolant to the withdrawn material from the at least one unit, wherein the shock coolant cools the withdrawn material to less than 427° C. and the shock coolant comprises at least one member selected from a group consisting of water, inert gas, liquid nitrogen, and combinations thereof.
6. The material withdrawal apparatus of claim 5 , wherein at least an unit is operated at a low oxygen environment condition.
7. The material withdrawal apparatus of claim 6 , wherein the low oxygen environment condition is selected from a group consisting partial combustion, poor air circulation, CO rich environment condition, mixed mode FCC, and combination of two or more.
8. The material withdrawal apparatus of claim 5 , comprising shock coolant junction and transport medium junction.
9. The material withdrawal apparatus of claim 5 , further comprising a metal filter coupled to a vent port of the vessel.
10. A method comprising:
withdrawing material from at least an unit; and
conducting at least a member selected from the group consisting of shock cooling the withdrawn material with a shock coolant and transporting the withdrawn material with a transport medium from the at least one unit to a heat exchanger coupled to the at least one unit, wherein the shock coolant cools the withdrawn material to less than 427° C. and the shock coolant comprises at least one member selected from a group consisting of water, inert gas, liquid nitrogen, and combinations thereof and the transport medium comprises at east one member selected from a group consisting of water, inert gas, transporting medium having an oxygen content less than the amount necessary to support combustion upon contact of transport medium with the withdrawn material, and combinations thereof.
11. The method of claim 10 , further comprising operating the at least one unit at low oxygen environment condition.
12. A method comprising:
withdrawing material from at least an unit;
conducting at least a member selected from the group consisting of shock cooling the withdrawn material with a shock coolant, wherein the shock coolant cools the withdrawn material to less than 427° C., and transporting the withdrawn material with a transport medium from the at least an unit into a vessel coupled to the at least an unit wherein the transport medium comprises at least one member selected from a group consisting of water, inert gas, transporting medium having an oxygen content less than the amount necessary to support combustion upon contact of transport medium with the withdrawn material and combinations thereof and the shock coolant comprises at least one member selected from a group consisting of water, inert gas, liquid nitrogen, and combinations thereof, and
wherein the vessel comprises:
a wall;
liner comprising a heat insulating refractory material;
a fill port and a discharge port defined in the vessel; and
wherein the fill port is configured to receive withdrawn material from at least a unit.
13. The method of claim 12 , further comprising operating the at least one unit at low oxygen environment condition.
14. A system comprising:
an unit coupled to a material withdrawal apparatus, wherein the material withdrawal apparatus comprises:
at least a member selected from a group consisting of:
(a) a heat exchanger comprising:
a material inlet coupled to the unit;
a material outlet;
a cooling fluid inlet;
a cooling fluid outlet;
a sensor coupled to the heat exchanger to provide a metric indicative of the temperature at the material inlet; material outlet; cooling fluid inlet and cooling fluid outlet; and
(b) a vessel comprising a wall and a liner comprising heat insulating refractory material;
a fill port and a discharge port defined in the vessel;
wherein the fill port is configured to receive withdrawn material from at least a unit; and
at least a member selected from the group consisting of:
a transport medium junction configured to provide transport medium to transport the withdrawn material from the at least one unit to the heat exchanger, wherein the transport medium comprises at least one member selected from a group consisting of water, inert gas, transporting medium having an oxygen content less than the amount necessary to support combustion upon contact of transport medium with the withdrawn material, and combinations thereof; and
a shock coolant junction configured to provide shock coolant to withdrawn material from the at least one unit, wherein the shock coolant cools the withdrawn material to less than 427° C. and the shock coolant comprises at least one member selected from a group consisting of water, inert gas, liquid nitrogen, and combinations thereof.