Subclasses list- 700 LIQUID PHASE FISCHER-TROPSCH REACTION
Patents: 691 Patent Applications: 114 - 701 Rhodium containing catalyst utilized
Patents: 63 Patent Applications: 3 - 702 WITH PRELIMINARY REACTION TO FORM HYDROGEN OR A CARBON OXIDE
Patents: 225 Patent Applications: 144 - 703 Gaseous oxygen utilized in the preliminary reaction
Patents: 299 Patent Applications: 56 - 704 Water utilized in the preliminary reaction
Patents: 253 Patent Applications: 41 - 705 TREATMENT OF FEED OR RECYCLE STREAM
Patents: 222 Patent Applications: 39 - 706 PLURAL ZONES EACH HAVING A FISCHER-TROPSCH REACTION
Patents: 167 Patent Applications: 16 - 707 Diverse catalysts utilized in at least two zones
Patents: 49 Patent Applications: 1 - 708 Water utilized
Patents: 21 Patent Applications: 4 - 709 INCLUDING REGENERATION OF CATALYST
Patents: 95 Patent Applications: 10 - 710 Solvent utilized
Patents: 19 Patent Applications: 0 - 711 WATER UTILIZED DURING THE FISCHER-TROPSCH STEP OF THE PROCESS
Patents: 43 Patent Applications: 7 - 712 TEMPERATURE CONTROL OR REGULATION OF THE FISCHER-TROPSCH REACTION
Patents: 108 Patent Applications: 25 - 713 GROUP IB METAL CONTAINING CATALYST UTILIZED FOR THE FISCHER-TROPSCH REACTION (I.E., CU, AG, OR AU)
Patents: 316 Patent Applications: 22 - 714 GROUP VIB METAL CONTAINING CATALYST UTILIZED FOR THE FISCHER-TROPSCH REACTION (I.E., CR, MO, OR W)
Patents: 209 Patent Applications: 19 - 715 GROUP VIII METAL CONTAINING CATALYST UTILIZED FOR THE FISCHER-TROPSCH REACTION (I.E., FE, CO, NI, RU, RH, PD, OS, IR, OR PT)
Patents: 552 Patent Applications: 84 - 716 Rhodium containing catalyst
Patents: 83 Patent Applications: 44 - 717 Group IA or IIA light metal containing material utilized during the Fischer Tropsch step of the process (i.e., Li, Na, K, Rb, Cs, Be, Mg, Ca, Sr, or Ba)
Patents: 153 Patent Applications: 8 - 718 In the form of a salt
Patents: 16 Patent Applications: 17 - 719 Iron containing catalyst
Patents: 113 Patent Applications: 17 - 720 Pretreatment of the catalyst
Patents: 38 Patent Applications: 1 - 721 The catalyst contains a metal in addition to the iron, or another material utilized contains a metal other than iron (e.g., as a promoter, retarder, etc.)
Patents: 107 Patent Applications: 9 - 722 ADSORPTION WITH A SOLID MATERIAL
Patents: 24 Patent Applications: 3 - 723 SALT CONTAINING EXTRACTANT UTILIZED
Patents: 3 Patent Applications: 0 - 724 SOLVENT EXTRACTION UTILIZED
Patents: 10 Patent Applications: 3 - 725 Alcohol containing extractant utilized
Patents: 11 Patent Applications: 1 - 726 HYDROGENATION WITH GASEOUS HYDROGEN TO PURIFY OR RECOVER
Patents: 56 Patent Applications: 115 - 727 FORMING SALTS OR OXIMES OF OXYGEN CONTAINING COMPOUNDS TO PURIFY OR RECOVER
Patents: 0 Patent Applications: 0 - 728 MISCELLANEOUS
Patents: 156 Patent Applications: 37
| DefinitionThis class provides for processes which include (a) the reaction of hydrogen with carbon monoxide, carbon dioxide or mixtures of these carbon oxides (Fischer-Tropsch synthesis) to yield one or more carbon compounds, e.g., hydrocarbons, alcohols, esters, acids, ketones, aldehydes, etc., or (b) the purification, separation, conversion or treatment of one or more of the products resulting from the Fischer-Tropsch synthesis, such as by saponification, oxidation, adsorption, solvent extraction, etc. | Notes (1) Note. Class 518 provides for Fischer-Tropsch synthesis in combination with separation and also for mere separation of the results of Fischer-Tropsch synthesis, except as shown below in the "Relationship with Other Classes". (2) Note. This Class 518 provides for a process which includes Fischer-Tropsch synthesis as well as making one or more reactants preliminary thereto. The reactants (hydrogen, carbon monoxide or carbon dioxide) may be made separately or in admixture. (3) Note. Processes that include other reactants in addition to hydrogen, carbon monoxide, carbon dioxide or water will be classified with the compound produced. (4) Note. For the purpose of purification or recovery of a Fischer-Tropsch process product, Class 518 provides for any physical process required, but only two chemical processes are provided for, i.e., hydrogenation with gaseous hydrogen and formation of oximes of the oxygen containing products. |
|