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| Maximising fuels from the FCC unit |
Bruce Adkins and Ken Bruno, Albemarle Yen Yung, Albemarle Catalysts
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2010 / Catalysis |
Developments in catalyst pore structure engineering aim for higher yields of transportation fuels from FCC operation
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| Active site developments for improved productivity |
Kevin Carlson, Criterion Catalysts & Technologies
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2010 / Catalysis |
Developments including improved active site dispersion and assembly are designed for higher-value operation in a range of processing units
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| Ring-shaped catalysts make the grade |
Brian Moyse, Haldor Topsoe
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2010 / Catalysis |
Shape-optimised topping materials, together with ring-shaped hydroprocessing catalyst, provide a solution for units that are pressure drop limited.
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| Reducing sulphur oxide emissions from the FCC unit |
Colin Baillie, Renaud Kieffer and Maria Luisa Sargenti, Grace Davision Refining Technologies Europe
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2010 / Catalysis |
Application of a SOx-reduction additive enabled a refiner to meet a pressing requirement to reduce emissions from its FCCU
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| Maximising FCC distillate production |
Joe McLean, BASF Catalysts
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2010 / Catalysis |
A novel catalyst manufacturing process forms matrix material and zeolite in a single stop. Trials indicate high matrix stability and low sodium content.
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| Advances in methanol synthesis |
Terry Fitzpatrick and Tom Hicks, Johnson Matthey Catalysts
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2010 / Catalysis |
Catalysts with higher and more stable activity enable cost savings and boost output in methanol production
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| Catalytic steam generation |
Franck Letellier and Dave Wardle, Oxford Catalyst Group
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2010 / Catalysis |
Exploration of an unconventional fuel mixture has resulted in a novel catalyst-based technology
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