TH138030A - A separation process and a machine for the removal of particle materials from flash oil gas. - Google Patents

Abstract

DC60 (27/06/16) Separator for the removal of particle materials from the produced flash zone gas stream. Comes in a kit for making time-lapse coke. The invention's machine uses a cyclone separation. To remove the particle material from the flash oil gas stream The current can then be given an additional action, for example by making that current flow through the series for water action. Fixed bed type catalytic And then to a series of catalytic type catalytic cracking Fluidized Bed Or into a series for other actions, thereby increasing the value of the flow Flash Oil Gas Conclusion 27/06/16 Separation machine for the removal of particle materials from the produced flash zone gas streams. Comes in a kit for making time-lapse coke. The invention used cyclone separation. To remove the particle material from the flash oil gas stream The current can then be given an additional action, for example by making that current flow through the series for water action. Fixed bed type catalytic And then to a series of catalytic type catalytic cracking Fluidized Bed Or into a series for other actions, thereby increasing the value of the flow Flash Oil Gas -------------------------

Claims (8)

Disclaimer (all) which will not appear on the advertisement page: edit 27/06/16 1. In the time delay coke system which includes Drum for making coke that will Create vapor on top Coke machine sequencer that will get the top vapor from the drum for making Coke and will separate them into the upper vapor stream. Intermediate liquid stream And oil gas flow Flash zones containing significant quantities of particle materials of various diameters and a water-operated unit positioned on the flow end of the separator. The enhancements include: First separator to receive the flash-field gas flow from A separator that removes approximately 500 μm of particle material with a diameter of approximately 500 μm from the flash-field gas stream to form the first reduced partition current; And a second separator, consisting of a cyclone separator positioned on the end The flow of the aforementioned separator and was morphed to eliminate particle size material. Approximately greater than 25 μm in diameter leaves the lightly reduced partition current. The first to form the second reduced particle current 2. Device of claim 1, where the first separator consists of a sieve. 3. Equipment of claim 2, where the aforementioned sieve consists of a basket strainer 4. Device of claim 2, where the sieve is approximately 75 to approximately 500 micrometers in size. 5. Claim 1 apparatus, where the first separator consists of a cyclone separator. 6. Device of claim 1 where the aforementioned second separator consists of a number of cyclones. One inside sealed combined pipe 7. Claim 6 apparatus, where the aforementioned second separator consists of a cyclone. At least 7 cyclones, each of which is between approximately 0.5 inches and 4 inches in diameter. 8. Claim machine 6, where each of the aforementioned cyclones is a size Diameter between about 1 inch and about 2 inch ----------------------------------------- ---------------------------------