Uop Lcc

Matthew R Zuraski

Ka Leung Lok

Christopher Naunheimer

Phillip F Daly

Steven A Bradley

William Yanez

Michael Van De Cotte

Christopher D DiGiulio

Bryan James Egolf

Sujay R Krishnamurthy

Hari S Bajpai

Jeffrey R Grott

Hosoo Lim

Falaah Falih

Haibo Yu

Elie J Fayad

Kristen E Allaire

Joseph Peterson

Processes and apparatus for reforming hydrocarbons to reduce the impact of contaminants created by non-catalyst coking. The reaction zone receives sulfur to inhibit the impact, and a control index is used to control the determine conditions with generally lower pressures. Additionally, a compression zone, pressure control zone and combustion zone operation are provided for the operation of the reaction zone at the generally lower pressures.

Processes and apparatuses for operating a hydrocarbon conversion zone

A system for providing a blended cooling air stream to a cooling zone cooler in a continuous catalyst regeneration system. The continuous catalyst regeneration system includes a first effluent stream in fluid communication with a regeneration cooler, a cooler blower that provides a first air stream that is in fluid communication with the regeneration cooler to form a heated first air stream, a second air stream which is combined with the heated first air stream to form a blended cooling air stream, and a cooling zone cooler in fluid communication with the blended cooling air stream.

Continuous catalyst regeneration system including a blended cooling air stream

A process for providing a blended cooling air stream to a cooling zone cooler in a continuous catalyst regeneration system. The process includes removing a first effluent stream from a regeneration tower, providing the first effluent stream to a regeneration cooler; providing a first air stream to the regeneration cooler to form a heated first air stream, combining at least a portion of the heated first air stream with a second air stream to form a blended cooling air stream, and providing the blended cooling air stream to a cooling zone cooler.

Method to reduce condensation in a cooling zone of a continuous catalyst regeneration system

Growing community of inventors

Schaumburg, IL, United States of America

Matthew R Zuraski