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Catalytic partial oxidation using staged oxygen addition

IPC분류정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판)
  • C01B-003/26
출원번호 US-0484378 (2000-01-14)
발명자 / 주소
  • Reyes, Sebastian C.
  • Feeley, Jennifer S.
  • Hershkowitz, Frank
  • Deckman, Harry W.
  • Androulakis, Ioannis P.
인용정보 피인용 횟수 : 56  인용 특허 : 2

초록

A multistage catalytic partial oxidation (CPO) process for oxidizing a hydrocarbon feedstream comprising C1-C4hydrocarbons, with an oxygen-containing feedstream to produce a product comprising CO and H2, also known as synthesis gas or syngas. The process employs a CPO catalyst, and controlled proces

대표청구항

A multistage catalytic partial oxidation (CPO) process for oxidizing a hydrocarbon feedstream comprising C1-C4hydrocarbons, with an oxygen-containing feedstream to produce a product comprising CO and H2, also known as synthesis gas or syngas. The process employs a CPO catalyst, and controlled proces

이 특허에 인용된 특허 (2)

  1. Jacobs Ludovicus L. G. (Amsterdam NLX) Lednor Peter W. (Amsterdam NLX) Limahelu Alex G. G. (Amsterdam NLX) Schoonebeek Ronald J. (Amsterdam NLX) Vonkeman Koert A. (Amsterdam NLX), Process for the catalytic partial oxidation of hydrocarbons.
  2. Hershkowitz Frank ; Deckman Harry W. ; Reynolds Robert P. ; Gonatas Constantine P. ; Fulton John W. ; Schoenman Leonard ; Ito Jack I., Rapid injection process and apparatus for producing synthesis gas (law 560).

이 특허를 인용한 특허 (56)

  1. Chun, Changmin; Hershkowitz, Frank, Advanced materials for regenerative pyrolysis reactors, methods, and reactors using the same.
  2. Freer, Erik M.; Schammel, Wayne P.; Zurcher, Fabio R.; Cizeron, Joel M.; Hong, Jin Ki; Rumplecker, Anja; Maurer, Sam; Gamoras, Joel; Rosenberg, Daniel; Scher, Erik C., Catalysts for natural gas processes.
  3. Cizeron, Joel M.; Scher, Erik C.; Zurcher, Fabio R.; Schammel, Wayne P.; Nyce, Greg; Rumplecker, Anja; McCormick, Jarod; Alcid, Marian; Gamoras, Joel; Rosenberg, Daniel; Ras, Erik-Jan, Catalysts for petrochemical catalysis.
  4. Cizeron, Joel M.; Scher, Erik C.; Zurcher, Fabio R.; Schammel, Wayne P.; Nyce, Greg; Rumplecker, Anja; McCormick, Jarod; Alcid, Marian; Gamoras, Joel; Rosenberg, Daniel; Ras, Erik-Jan, Catalysts for petrochemical catalysis.
  5. Cizeron, Joel M.; Scher, Erik C.; Zurcher, Fabio R.; Schammel, Wayne P.; Nyce, Greg; Rumplecker, Anja; McCormick, Jarod; Alcid, Marian; Gamoras, Joel; Rosenberg, Daniel; Ras, Erik-Jan, Catalysts for petrochemical catalysis.
  6. Cizeron, Joel M.; Scher, Erik; Zurcher, Fabio R.; Schammel, Wayne P.; Nyce, Greg; Rumplecker, Anja; McCormick, Jarod; Alcid, Marian; Gamoras, Joel; Rosenberg, Daniel; Ras, Erik-Jan, Catalysts for petrochemical catalysis.
  7. Schammel, Wayne P.; Rumplecker, Anja; Cizeron, Joel M.; Scher, Erik C.; Zurcher, Fabio R.; Nyce, Greg; McCormick, Jarod; Alcid, Marian; Gamoras, Joel; Rosenberg, Daniel; Ras, Erik-Jan, Catalysts for petrochemical catalysis.
  8. Malhotra, Avinash; Mann, David P., Catalytic partial oxidation reforming.
  9. Keller, Alfred E.; Ramani, Sriram; Hatcher, Nathan A.; Allison, Joe D.; Lusk, Steven E.; Swinney, Larry D.; Kirkendall, Kerri J.; Torres, Gilbert E.; Stewart, Paul D.; Pruitt, Terry D., Compact sulfur recovery plant and process.
  10. Keller,Alfred E.; Ramani,Sriram; Allison,Joe D.; Lusk,Steven E.; Hatcher,Nathan A.; Swinney,Larry D.; Kirkendall,Kerri J.; Torres,Gilbert E.; Stewart,Paul D.; Pruitt,Terry D., Compact sulfur recovery plant and process.
  11. Radaelli, Guido; Rafique, Humera A.; Vuddagiri, Srinivas; Scher, Erik C.; McCormick, Jarod; Cizeron, Joel; Patel, Bipinkumar; Lakhapatri, Satish, Efficient oxidative coupling of methane processes and systems.
  12. Radaelli, Guido; Rafique, Humera A.; Vuddagiri, Srinivas; Scher, Erik C.; McCormick, Jarod; Cizeron, Joel; Patel, Bipinkumar; Lakhapatri, Satish, Efficient oxidative coupling of methane processes and systems.
  13. Radaelli, Guido; Rafique, Humera A.; Vuddagiri, Srinivas; Scher, Erik C.; McCormick, Jarod; Cizeron, Joel; Patel, Bipinkumar; Lakhapatri, Satish, Efficient oxidative coupling of methane processes and systems.
  14. Nyce, Greg; Czerpak, Peter; Faz, Carlos; McCormick, Jarod; Michalak, William; Patel, Bipinkumar; Radaelli, Guido; Rappold, Tim A.; Runnebaum, Ron; Scher, Erik C.; Zhang, Aihua; Cizeron, Joel, Ethylene-to-liquids systems and methods.
  15. Nyce, Greg; Czerpak, Peter; Faz, Carlos; McCormick, Jarod; Michalak, William; Patel, Bipinkumar; Radaelli, Guido; Rappold, Tim A.; Runnebaum, Ron; Scher, Erik C.; Zhang, Aihua; Cizeron, Joel, Ethylene-to-liquids systems and methods.
  16. Nyce, Greg; Czerpak, Peter; Faz, Carlos; McCormick, Jarod; Michalak, William; Patel, Bipinkumar; Radaelli, Guido; Rappold, Tim A.; Runnebaum, Ron; Scher, Erik C.; Zhang, Aihua; Cizeron, Joel, Ethylene-to-liquids systems and methods.
  17. Nyce, Greg; Czerpak, Peter; Faz, Carlos; McCormick, Jarod; Michalak, William; Patel, Bipinkumar; Radaelli, Guido; Rappold, Tim A.; Runnebaum, Ron; Scher, Erik C.; Zhang, Aihua; Cizeron, Joel, Ethylene-to-liquids systems and methods.
  18. Schammel, Wayne P.; Rumplecker, Anja; Zurcher, Fabio R.; Scher, Erik C.; Cizeron, Joel M.; Gamoras, Joel, Heterogeneous catalysts.
  19. Keller,Alfred E.; Ramani,Sriram; Allison,Joe D.; Lusk,Steven E.; Hatcher,Nathan A.; Swinney,Larry D.; Shaver,Rebecca S., Increased capacity sulfur recovery plant and process for recovering elemental sulfur.
  20. Nyce, Greg; Scher, Erik C.; Madgavkar, Ajay; Weinberger, Samuel; Iyer, Rahul; Peck, Lawrence; Herger, Joel; Saydah, Benjamin, Integrated processes and systems for conversion of methane to multiple higher hydrocarbon products.
  21. Nyce, Greg; Scher, Erik C.; Madgavkar, Ajay; Weinberger, Samuel; Iyer, Rahul; Peck, Lawrence; Herger, Joel; Saydah, Benjamin, Integrated processes and systems for conversion of methane to multiple higher hydrocarbon products.
  22. Pawlak, Nathan A.; Vedeneev, Vladimir Ivanovich; Carr, Robert W., Method and apparatus for producing methanol.
  23. Pawlak, Nathan A; Vedeneev, Vladimir Ivanovich, Method and apparatus for producing methanol with hydrocarbon recycling.
  24. Pawlak, Nathan A.; Breidenstein, Walter; Carr, Robert W., Method and system for methanol production.
  25. Pawlak, Nathan A.; Carr, Robert W.; Grunch, Roger J., Method for direct-oxygenation of alkane gases.
  26. Pawlak,Nathan A.; Carr,Robert W.; Grunch,Roger J, Method for direct-oxygenation of alkane gases.
  27. Gamoras, Joel; Zurcher, Fabio R., Method for isolation of nanomaterials.
  28. Fujie, Hirokazu; Yamada, Nobuhiro; Kitahara, Ichiro; Watanabe, Yoshiyuki, Method for producing synthesis gas and apparatus for producing synthesis gas.
  29. Pawlak, Nathan A.; Vedeneev, Vladimir I.; Tots, Alexander L., Method of and apparatus for producing methanol.
  30. Lampert,Jordan K.; Shore,Lawrence; Farrauto,Robert J.; Hwang,Shinn, Method of desulfurizing a hydrocarbon gas by selective partial oxidation and adsorption.
  31. Zurcher, Fabio R.; Scher, Erik C.; Cizeron, Joel M.; Schammel, Wayne P.; Tkachenko, Alex; Gamoras, Joel; Karshtedt, Dmitry; Nyce, Greg; Rumplecker, Anja; McCormick, Jarod; Merzlyak, Anna; Alcid, Marian; Rosenberg, Daniel; Ras, Erik-Jan, Nanowire catalysts and methods for their use and preparation.
  32. Zurcher, Fabio R.; Scher, Erik C.; Cizeron, Joel M.; Schammel, Wayne P.; Tkachenko, Alex; Gamoras, Joel; Karshtedt, Dmitry; Nyce, Greg; Rumplecker, Anja; McCormick, Jarod; Merzlyak, Anna; Alcid, Marian; Rosenberg, Daniel; Ras, Erik-Jan, Nanowire catalysts and methods for their use and preparation.
  33. Iyer, Rahul; Tkachenko, Alex; Weinberger, Sam; Scher, Erik C.; Zurcher, Fabio R.; Cizeron, Joel M.; Schammel, Wayne P.; Gamoras, Joel; Karshtedt, Dmitry; Nyce, Greg, Natural gas processing and systems.
  34. Iyer, Rahul; Tkachenko, Alex; Weinberger, Sam; Scher, Erik; Radaelli, Guido; Harraz, Hatem, Natural gas processing and systems.
  35. Iyer, Rahul; Tkachenko, Alex; Weinberger, Sam; Scher, Erik; Radaelli, Guido; Harraz, Hatem; Zurcher, Fabio R.; Gamoras, Joel; Karshtedt, Dmitry; Nyce, Greg, Natural gas processing and systems.
  36. Radaelli, Guido; Duggal, Suchia; Cizeron, Joel; Schammel, Wayne; Martens, Franciscus J. A., Oxidative coupling of methane for olefin production.
  37. Rafique, Humera A.; Vuddagiri, Srinivas; Harraz, Hatem; Radaelli, Guido; Scher, Erik C.; McCormick, Jarod; Iyer, Rahul; Duggal, Suchia; Cizeron, Joel; Hong, Jin Ki, Oxidative coupling of methane implementations for olefin production.
  38. Rafique, Humera A.; Vuddagiri, Srinivas; Radaelli, Guido; Scher, Erik C.; McCormick, Jarod; Cizeron, Joel, Oxidative coupling of methane implementations for olefin production.
  39. Schammel, Wayne P.; Wolfenbarger, Julian; Ajinkya, Milind; McCarty, Jon; Cizeron, Joel M.; Weinberger, Sam; Edwards, Justin Dwight; Sheridan, Dave; Scher, Erik C.; McCormick, Jarod; Zurcher, Fabio R.; Tkachenko, Alex; Gamoras, Joel; Karshtedt, Dmitry; Nyce, Greg, Oxidative coupling of methane systems and methods.
  40. Schammel, Wayne P.; Wolfenbarger, Julian; Ajinkya, Milind; McCarty, Jon; Cizeron, Joel M.; Weinberger, Sam; Edwards, Justin Dwight; Sheridan, David; Scher, Erik C.; McCormick, Jarod; Zurcher, Fabio R.; Tkachenko, Alex; Gamoras, Joel; Karshtedt, Dmitry; Nyce, Greg, Oxidative coupling of methane systems and methods.
  41. Perna, Mark A.; Kantak, Milind V.; Birmingham, Daniel P.; Rush, Gregory C.; DeBellis, Crispin L., Post-reformer treatment of reformate gas.
  42. Perna,Mark A.; Kantak,Milind V.; Birmingham,Daniel P.; Rush,Gregory C.; DeBellis,Crispin L., Post-reformer treatment of reformate gas.
  43. Tonkovich, Anna Lee; Jarosch, Kai Tod Paul; Mazanec, Terry; Daly, Francis P.; Taha, Rachid; Aceves de Alba, Enrique, Process for conducting an equilibrium limited chemical reaction using microchannel technology.
  44. Weinberger, Sam; Edwards, Justin Dwight; Wolfenbarger, Julian; Vuddagiri, Srinivas R.; Rahmim, Iraj Isaac, Process for separating hydrocarbon compounds.
  45. Weinberger, Sam; Edwards, Justin Dwight; Wolfenbarger, Julian; Vuddagiri, Srinivas R.; Rahmim, Iraj Isaac, Process for separating hydrocarbon compounds.
  46. Ramani,Sriram; Keller,Alfred E., Process for the catalytic partial oxidation of HS using staged addition of oxygen.
  47. Scher, Erik C.; Zurcher, Fabio R.; Cizeron, Joel M.; Schammel, Wayne P.; Tkachenko, Alex; Gamoras, Joel; Karshtedt, Dmitry; Nyce, Greg, Production of ethylene with nanowire catalysts.
  48. Scher, Erik C.; Zurcher, Fabio R.; Cizeron, Joel M.; Schammel, Wayne P.; Tkachenko, Alex; Gamoras, Joel; Karshtedt, Dmitry; Nyce, Greg, Production of ethylene with nanowire catalysts.
  49. Cizeron, Joel; Radaelli, Guido; Lakhapatri, Satish; Freer, Erik; Hong, Jin Ki; McCormick, Jarod; Sheridan, David; Reid, Charles; Pellizzari, Roberto; Weinberger, Samuel; Edwards, Justin Dwight, Reactors and systems for oxidative coupling of methane.
  50. Chen, Zhen; Ricketson, Kevin L.; Hu, Baili; Wright, Harold A.; Allison, Joe D., Recover and recycle rhodium from spent partial oxidation catalysts.
  51. Pawlak, Nathan A; Carr, Robert W, Scrubber for methanol production system.
  52. Pawlak, Nathan A.; Carr, Robert W.; Grunch, Roger J, System for direct-oxygenation of alkane gases.
  53. Pawlak, Nathan A.; Carr, Robert W.; Grunch, Roger J, Tandem reactor system having an injectively-mixed backmixing reaction chamber, tubular-reactor, and axially movable interface.
  54. Pawlak, Nathan A.; Carr, Robert W.; Grunch, Roger J., Tandem reactor system having an injectively-mixed backmixing reaction chamber, tubular-reactor, and axially movable interface.
  55. Wegerer, David A.; Vanden Bussche, Kurt M., Water gas shift for acetylene converter feed CO control.
  56. Wegerer, David A.; Vanden Bussche, Kurt M., Water gas shift for acetylene converter feed CO control.
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