Heavy Oil Processing. Fluid Catalytic Cracking. Residual Oil Upgrading-Delayed Coking

Anil Rajguru; H. David Sloan; Richard Bonelli; Jerry Lacatena; Gary R. Brierly; Patrick Laabs; Keith Osborn; Kajal Roy; Krik V. Krikorian; Sudbir Menon; Luis E. Marquez; Hieu Tran; Thomas L. Hraban; Edward F. Juno; Paul J. Ellis; Stanley Carp; Frank J. Kleinschrodt; Tariq Malik

Heavy Oil Processing. Fluid Catalytic Cracking. Residual Oil Upgrading-Delayed Coking

Anil Rajguru, H. David Sloan, Richard Bonelli, Jerry Lacatena, Gary R. Brierly, Patrick Laabs, Keith Osborn, Kajal Roy, Krik V. Krikorian, Sudbir Menon, Luis E. Marquez, Hieu Tran, Thomas L. Hraban, Edward F. Juno, Paul J. Ellis, Stanley Carp, Frank J. Kleinschrodt, Tariq Malik

Research output: Contribution to conference › Paper › peer-review

Abstract

A question and answer session on heavy oil processing sponsored by NPRA in 1993 covers the experience in using remote operated block valves in delayed coking units, to reduce the time spent in the coke drum switch; experiences with packing and spray nozzles in the coker fractionator, as well as the risks and pressure drop comparisons; typical run length between outages for furnace decoking; additives for the control of furnace fouling in delayed cokers; experience in coking units when drilling directly to crushers or conveyors; advantages of alonizing coker heater tubes; improvements made to reduce top head vapors during the unheading cycle; improvements made to the quench procedure to reduce drum thermal stresses without increasing cycle time; recent experience with advanced control systems on cokers to minimize operational upsets during drum switching and warm-up phases of the coking cycle; effect of low pressure and/or low throughput on HGO quality, coke quality, and overhead line coking; and limitations associated with reduction in throughput ratio and/or coke drum operating pressure.

Original language	English
State	Published - 2000
Externally published	Yes

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@conference{999d5980c40541cabc187ca1a3056029,

title = "Heavy Oil Processing. Fluid Catalytic Cracking. Residual Oil Upgrading-Delayed Coking",

abstract = "A question and answer session on heavy oil processing sponsored by NPRA in 1993 covers the experience in using remote operated block valves in delayed coking units, to reduce the time spent in the coke drum switch; experiences with packing and spray nozzles in the coker fractionator, as well as the risks and pressure drop comparisons; typical run length between outages for furnace decoking; additives for the control of furnace fouling in delayed cokers; experience in coking units when drilling directly to crushers or conveyors; advantages of alonizing coker heater tubes; improvements made to reduce top head vapors during the unheading cycle; improvements made to the quench procedure to reduce drum thermal stresses without increasing cycle time; recent experience with advanced control systems on cokers to minimize operational upsets during drum switching and warm-up phases of the coking cycle; effect of low pressure and/or low throughput on HGO quality, coke quality, and overhead line coking; and limitations associated with reduction in throughput ratio and/or coke drum operating pressure.",

author = "Anil Rajguru and Sloan, {H. David} and Richard Bonelli and Jerry Lacatena and Brierly, {Gary R.} and Patrick Laabs and Keith Osborn and Kajal Roy and Krikorian, {Krik V.} and Sudbir Menon and Marquez, {Luis E.} and Hieu Tran and Hraban, {Thomas L.} and Juno, {Edward F.} and Ellis, {Paul J.} and Stanley Carp and Kleinschrodt, {Frank J.} and Tariq Malik",

year = "2000",

language = "English",

}

TY - CONF

T1 - Heavy Oil Processing. Fluid Catalytic Cracking. Residual Oil Upgrading-Delayed Coking

AU - Rajguru, Anil

AU - Sloan, H. David

AU - Bonelli, Richard

AU - Lacatena, Jerry

AU - Brierly, Gary R.

AU - Laabs, Patrick

AU - Osborn, Keith

AU - Roy, Kajal

AU - Krikorian, Krik V.

AU - Menon, Sudbir

AU - Marquez, Luis E.

AU - Tran, Hieu

AU - Hraban, Thomas L.

AU - Juno, Edward F.

AU - Ellis, Paul J.

AU - Carp, Stanley

AU - Kleinschrodt, Frank J.

AU - Malik, Tariq

PY - 2000

Y1 - 2000

N2 - A question and answer session on heavy oil processing sponsored by NPRA in 1993 covers the experience in using remote operated block valves in delayed coking units, to reduce the time spent in the coke drum switch; experiences with packing and spray nozzles in the coker fractionator, as well as the risks and pressure drop comparisons; typical run length between outages for furnace decoking; additives for the control of furnace fouling in delayed cokers; experience in coking units when drilling directly to crushers or conveyors; advantages of alonizing coker heater tubes; improvements made to reduce top head vapors during the unheading cycle; improvements made to the quench procedure to reduce drum thermal stresses without increasing cycle time; recent experience with advanced control systems on cokers to minimize operational upsets during drum switching and warm-up phases of the coking cycle; effect of low pressure and/or low throughput on HGO quality, coke quality, and overhead line coking; and limitations associated with reduction in throughput ratio and/or coke drum operating pressure.

AB - A question and answer session on heavy oil processing sponsored by NPRA in 1993 covers the experience in using remote operated block valves in delayed coking units, to reduce the time spent in the coke drum switch; experiences with packing and spray nozzles in the coker fractionator, as well as the risks and pressure drop comparisons; typical run length between outages for furnace decoking; additives for the control of furnace fouling in delayed cokers; experience in coking units when drilling directly to crushers or conveyors; advantages of alonizing coker heater tubes; improvements made to reduce top head vapors during the unheading cycle; improvements made to the quench procedure to reduce drum thermal stresses without increasing cycle time; recent experience with advanced control systems on cokers to minimize operational upsets during drum switching and warm-up phases of the coking cycle; effect of low pressure and/or low throughput on HGO quality, coke quality, and overhead line coking; and limitations associated with reduction in throughput ratio and/or coke drum operating pressure.

UR - http://www.scopus.com/inward/record.url?scp=1942503947&partnerID=8YFLogxK

M3 - Paper

AN - SCOPUS:1942503947

ER -

Heavy Oil Processing. Fluid Catalytic Cracking. Residual Oil Upgrading-Delayed Coking

Abstract

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