Crude & vacuum distillation and delayed coking: Crude/Vacuum Distillation-Fouling

William McClain; Behzad Nazar; Kevin Proops; Carlos E. Camacho; Frank Clouse; Samuel A. Lordo; Ashraf Khan; Michael Kimbrell; Paul Eaton; Steven Krynski; Mitchell Sapp; Mark Carte; Luis Oliveira; Ashutosh Garg; Thomas Germany; Tony Paul; David Mendrek; Tariq Malik; Aloke Roy; Scott Bieber; Bruce Kennedy; Kelvin Salmon; Henry Jones

Crude & vacuum distillation and delayed coking: Crude/Vacuum Distillation-Fouling

William McClain
, Behzad Nazar
, Kevin Proops
, Carlos E. Camacho
, Frank Clouse
, Samuel A. Lordo
, Ashraf Khan
, Michael Kimbrell
, Paul Eaton
, Steven Krynski
, Mitchell Sapp
, Mark Carte
, Luis Oliveira
, Ashutosh Garg
, Thomas Germany
, Tony Paul
, David Mendrek
, Tariq Malik
, Aloke Roy
, Scott Bieber

Bruce Kennedy, Kelvin Salmon, Henry Jones

Research output: Contribution to journal › Conference article › peer-review

Abstract

A discussion on crude/vacuum distillation fouling presented at the 56th Annual NPRA Technology Q&A (2002, Philadelphia, PA) covers dominant factors affecting coking in crude and vacuum heaters outlet temperature, peak flux, percent vaporization, velocity, residence time, or other; low cost, effective ways to reduce coking, such as steam injection, oil recycle, additives, or tube coatings; current approaches or technologies used for processing crudes containing calcium naphthanates; impacts of calcium naphthanates in the refinery; strategies developed to address the problems that can result from blending incompatible crudes; methods used to monitor fouling in the crude preheat exchanger train; advancements made in process side low and high temperature corrosion monitoring; and the detrimental effects on desalting, fouling, and corrosion in atmospheric and vacuum units due to processing high total acid number crudes.

Original language	English
Journal	NPRA Question and Answer Session on Refining and Petrochemical Technology
State	Published - 2002
Externally published	Yes
Event	2002 NPRA Technology Q and A Transcripts: Refining Excellence - Philadelphia, PA., United States Duration: 15 Oct 2002 → 18 Oct 2002

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McClain, W., Nazar, B., Proops, K., Camacho, C. E., Clouse, F., Lordo, S. A., Khan, A., Kimbrell, M., Eaton, P., Krynski, S., Sapp, M., Carte, M., Oliveira, L., Garg, A., Germany, T., Paul, T., Mendrek, D., Malik, T., Roy, A., ... Jones, H. (2002). Crude & vacuum distillation and delayed coking: Crude/Vacuum Distillation-Fouling. NPRA Question and Answer Session on Refining and Petrochemical Technology.

@article{86fe781418204c82ba746b4ff7f3596e,

title = "Crude \& vacuum distillation and delayed coking: Crude/Vacuum Distillation-Fouling",

abstract = "A discussion on crude/vacuum distillation fouling presented at the 56th Annual NPRA Technology Q\&A (2002, Philadelphia, PA) covers dominant factors affecting coking in crude and vacuum heaters outlet temperature, peak flux, percent vaporization, velocity, residence time, or other; low cost, effective ways to reduce coking, such as steam injection, oil recycle, additives, or tube coatings; current approaches or technologies used for processing crudes containing calcium naphthanates; impacts of calcium naphthanates in the refinery; strategies developed to address the problems that can result from blending incompatible crudes; methods used to monitor fouling in the crude preheat exchanger train; advancements made in process side low and high temperature corrosion monitoring; and the detrimental effects on desalting, fouling, and corrosion in atmospheric and vacuum units due to processing high total acid number crudes.",

author = "William McClain and Behzad Nazar and Kevin Proops and Camacho, \{Carlos E.\} and Frank Clouse and Lordo, \{Samuel A.\} and Ashraf Khan and Michael Kimbrell and Paul Eaton and Steven Krynski and Mitchell Sapp and Mark Carte and Luis Oliveira and Ashutosh Garg and Thomas Germany and Tony Paul and David Mendrek and Tariq Malik and Aloke Roy and Scott Bieber and Bruce Kennedy and Kelvin Salmon and Henry Jones",

year = "2002",

language = "English",

journal = "NPRA Question and Answer Session on Refining and Petrochemical Technology",

issn = "0162-0770",

publisher = "National Petroleum Refiners Association",

note = "2002 NPRA Technology Q and A Transcripts: Refining Excellence ; Conference date: 15-10-2002 Through 18-10-2002",

}

McClain, W, Nazar, B, Proops, K, Camacho, CE, Clouse, F, Lordo, SA, Khan, A, Kimbrell, M, Eaton, P, Krynski, S, Sapp, M, Carte, M, Oliveira, L, Garg, A, Germany, T, Paul, T, Mendrek, D, Malik, T, Roy, A, Bieber, S, Kennedy, B, Salmon, K & Jones, H 2002, 'Crude & vacuum distillation and delayed coking: Crude/Vacuum Distillation-Fouling', NPRA Question and Answer Session on Refining and Petrochemical Technology.

TY - JOUR

T1 - Crude & vacuum distillation and delayed coking

T2 - 2002 NPRA Technology Q and A Transcripts: Refining Excellence

AU - McClain, William

AU - Nazar, Behzad

AU - Proops, Kevin

AU - Camacho, Carlos E.

AU - Clouse, Frank

AU - Lordo, Samuel A.

AU - Khan, Ashraf

AU - Kimbrell, Michael

AU - Eaton, Paul

AU - Krynski, Steven

AU - Sapp, Mitchell

AU - Carte, Mark

AU - Oliveira, Luis

AU - Garg, Ashutosh

AU - Germany, Thomas

AU - Paul, Tony

AU - Mendrek, David

AU - Malik, Tariq

AU - Roy, Aloke

AU - Bieber, Scott

AU - Kennedy, Bruce

AU - Salmon, Kelvin

AU - Jones, Henry

PY - 2002

Y1 - 2002

N2 - A discussion on crude/vacuum distillation fouling presented at the 56th Annual NPRA Technology Q&A (2002, Philadelphia, PA) covers dominant factors affecting coking in crude and vacuum heaters outlet temperature, peak flux, percent vaporization, velocity, residence time, or other; low cost, effective ways to reduce coking, such as steam injection, oil recycle, additives, or tube coatings; current approaches or technologies used for processing crudes containing calcium naphthanates; impacts of calcium naphthanates in the refinery; strategies developed to address the problems that can result from blending incompatible crudes; methods used to monitor fouling in the crude preheat exchanger train; advancements made in process side low and high temperature corrosion monitoring; and the detrimental effects on desalting, fouling, and corrosion in atmospheric and vacuum units due to processing high total acid number crudes.

AB - A discussion on crude/vacuum distillation fouling presented at the 56th Annual NPRA Technology Q&A (2002, Philadelphia, PA) covers dominant factors affecting coking in crude and vacuum heaters outlet temperature, peak flux, percent vaporization, velocity, residence time, or other; low cost, effective ways to reduce coking, such as steam injection, oil recycle, additives, or tube coatings; current approaches or technologies used for processing crudes containing calcium naphthanates; impacts of calcium naphthanates in the refinery; strategies developed to address the problems that can result from blending incompatible crudes; methods used to monitor fouling in the crude preheat exchanger train; advancements made in process side low and high temperature corrosion monitoring; and the detrimental effects on desalting, fouling, and corrosion in atmospheric and vacuum units due to processing high total acid number crudes.

UR - https://www.scopus.com/pages/publications/85066388892

M3 - Conference article

AN - SCOPUS:85066388892

SN - 0162-0770

JO - NPRA Question and Answer Session on Refining and Petrochemical Technology

JF - NPRA Question and Answer Session on Refining and Petrochemical Technology

Y2 - 15 October 2002 through 18 October 2002

ER -

Crude & vacuum distillation and delayed coking: Crude/Vacuum Distillation-Fouling

Abstract

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