John Q. Chen
UOP LLC
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Publication
Featured researches published by John Q. Chen.
Studies in Surface Science and Catalysis | 2004
John Q. Chen; Bipin V. Vora; Peter R. Pujado; Gronvold; Terje Fuglerud; Steinar Kvisle
Abstract The UOP/Hydro MTO Process utilizes a SAPO-34-containing catalyst that provides up to 80% yield of ethylene and propylene at near-complete methanol conversion. The process has great flexibility to produce a product with a range of ethylene/propylene ratios, depending on the operating conditions used. This paper will discuss recent improvements related to the technology which have increased the carbon selectivity from methanol to ethylene-plus-propylene to about 85–90%.
Catalysis Today | 2005
John Q. Chen; Andrea G. Bozzano; Bryan K. Glover; Terje Fuglerud; Steinar Kvisle
Catalysis Today | 2009
Bipin V. Vora; John Q. Chen; Andrea G. Bozzano; Bryan K. Glover; Paul T. Barger
Archive | 2004
Bryan K. Glover; John Q. Chen; Peter R. Pujado; Bipin V. Vora
Archive | 2010
John Q. Chen
Archive | 2011
Tom N. Kalnes; Joseph A. Kocal; John Q. Chen
Archive | 2011
Tom N. Kalnes; John Q. Chen; Joseph A. Kocal
Archive | 2004
Bradford L.Uop Llc Bjorklund; John Q. Chen
Archive | 2011
John Q. Chen; Mark B. Koch
Archive | 2011
Tom N. Kalnes; Joseph A. Kocal; John Q. Chen
