Browse Editions : 2002 / Q2
Title Author Edition
FCC refinery solutions for the European market

L A Lacijan, M W Schnaith, P J Van Opdorp, S G Simpson, J G Woodwock, UOP

2002 / Q2

The authors look at the options available to refiners for meeting the latest legislative constraints, the trend towards greater diesel fuel demand and changes in refined product ratios and values.

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Inventing the future in RFCC catalysts

 S J Yanik (Singapore), A Humphries and R Pinto (USA), R Fletcher (Netherlands), Akzo Nobel Catalysts

2002 / Q2

Individual innovations to improve RFCC catalysts, the authors believe, must be an open process and combined to produce continuous development: a wall of secrecy around new developments only serves to constrain future advancement.

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Clean Fuels: online analysers and laboratory methods

Robert J Schaefer and Kathryn Brtko, BP

Chuck Lieder, Equilon

2002 / Q2

Analytical laboratories in the USA, charged with testing refineries' produced fuels, are having to cope with current and future government specifications that will demand far more complex analaytical methodology.

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Controlling fluegas emissions

Nicholas Confuorto and Edwin H Weaver, Belco Technologies Corporation

2002 / Q2

This article reviews the latest developments in a wet scrubbing system that is used to reduce particulate SO2 and SO3 within one simple process.  It can be applied as a particulate-only device and later be converted to particulate and SOx.

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Meeting the demands of low sulphur gasoline

E S Ellis, J P Greeley, E M Roundtree, T J Davis, T R Halbert, G F Stunz, G B Brignac, ExxonMobil Research and Engineering Company

2002 / Q2

The refining industry has not been slow in developing and making use of new processes and catalysts designed to reduce sulphur levels in gasoline, and so meet burgeoning clean air regulations.  This article reviews one such technology.

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A flexible approach to refinery olefin alkylation

Andrew R Tyas and Tony Parker, Stratco Ltd

2002 / Q2

Safety issues concerning HF alkylation units, combined with incentives to process a wider range of olefin feedstock has resulted in options for converting these units to sulphuric acid technology.

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Getting total performance with hydrotreating

Didier Duee, Dominique Admaski, Michel Dorbon, Axens

Magalie Roy-Auberger and Clementina Lopez-Garcia, IFP

2002 / Q2

If the most refractory compounds are to be treated successfully, say the authors, new hydrogenation mechanisms must be considered.  Refiners need to prepare for probable - as well as certain - legislation in the middle distillate fuel market.

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Rigorous hydrotreater simulation

Michael C Hu, KBC Advanced Technologies

Zbigniew Ring, Jenny Briker, Mure Te, National Centre for Upgrading Technology

2002 / Q2

The authors describe an integratd approach to dealing with the complexities of producing ultra low sulphur diesel, involving analytical support and process research as well as computer simulation.

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Advances in residue upgrading technology

G Phillips, Foster Wheeler Energy Ltd

2002 / Q2

A combination of mature technology and innovative catalyst design and process improvements
provide the flexibility to upgrade heavier feeds, while the search continues to make mature residue upgrading technologies truly cost effective.

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Reduction of refinery stack emissions

John Ellis, BP Oil

2002 / Q2

The latest generation of low NOx burners has been tested in a full-scale fired process heater application and the results have demonstrated the cost effectiveness of combustion source control.

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Understanding centrifugal compressor performance

Scott W Golden, Scott A Fulton, Daryl W Hanson, Process Consulting Services Inc

2002 / Q2

In a connected process system, expensive changes to the compressor and driver can be avoided with system debottlenecking modifications.  The authors give examples of cost effective ways of increasing compressor suction  pressure.

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Using gamma scans to plan maintenance of columns

Lowell Pless and Bjorn Asseln, Tru-Tec Services Inc

2002 / Q2

An outline of the way in which gamma scanning of columns and vessels can be used to evaluate, perform troubleshooting and prepare for a planned shutdown of trayed and packed column and other equipment while the unit is operating.

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Improved operating margins with ethylene recovery

T R Tomlinson, Costain Oil, Gas & Process Ltd

2002 / Q2

An overview of ethylene recovery and processing, outlining low temperature/cryogenic processes for recovery of ethylene from refinery offgases and from polyethylene plants offgas streams, and the purification of recovered ethylene.

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Implenting non-linear model predictive control

Tim Wilmarth, Chevron Phillips Chemical Co

Rik Wuyts, John Crosby, Randy Wagler, Honeywell Hi-Spec Solutions
Jeff Renfro, John Goodman, Dot Products

2002 / Q2

An account of the thinking that went into a project for optimising the controls on a polyethylene production line and the benefits that resulted, including higher plant capacity, reduced transition times and improved product quality control.

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Column design using mass transfer rate simulation

Ralph H Weiland and John C Dingman, Optimized Gas Treating Inc

2002 / Q2

This article looks at examples of commercial columns used in CO2 removal and selective H2S treating, comparing performance test data to demonstrate benefits of modelling actual column internals using mass transfer rate process simulation.

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