Forum Leader: James Seebold
Passive FTIR Testing of a Ground Flare Burner Array - Scott Evans
Combustion Efficiency of Real Industrial Flares in the Field - No Evidence Whatsoever of Wind-Induced CE Degradation - Scott Evans and James G. Seebold
General Overview of Past and Recent EPA Flare Enforcement Actions (and flare assessment techniques) - Troy M. Boley
EPA Flare Activity Overview - Brian Dickens
A Validation of Flare Combustion Efficiency Simulations - Anchal Jatale, Philip J. Smith, Jeremy Thornock and Sean Smith
Hyperspectral Modeling of Combustion Flare Emissions - R. Panfili, P. Vujkovic-Cvijin, X. Tan, R. Kennett, R. Taylor, H. Dothe and L. Bernstein
A New Method to Measure Flare Combustion Efficiency in Real-Time - Yousheng Zeng
CMA 1983 Study Results vis-a-vis Modern Flare Design & Operation - Scot Smith and Ben Pettys
Flaring Minimization Programme at Saudi Aramco - Wael Al-Blaies
Environmentally-Friendly Flaring - W. R. Bussman and C. E. Baukal
Prediction of Plume Formation and Dispersion from Gas Flares - Joseph D. Smith, Ahti Suo-Ahttila, Robert Jackson and Scot K. Smith
Pressure Assisted Flares - A User's Perspective - Vance Varner
Peer review of a report by U.S. EPA's Office of Air Quality Planning and Standards (OAQPS) "Parameters for Properly Designed and Operated Flares" - James G. Seebold
Combustion Efficiency of Industrial Flares Revisited: The current status of this multivariate, multiphysics, multichemistry morass and what to do about it - James G. Seebold
Insights from Passive FTIR Flare Performance Testing - Scott Evans
Estimating Maximum Steam Assist Rate for Arbitrary Flare Gas Mixtures - Peter E.G. Gogolek
Combustion of Mixtures: A modified IFC Approach - Gary R. Mueller, Harshit Agrawal, Chris Caico and Ronald Olivacce
A Technology for Measuring Combustion Efficiency of Industrial & Field Flares (integrating measurements and simulations) - Philip J. Smith
High-Fidelity Modeling of Flare Combustion and Emission Detection - R. Panfili, H. Dothe, P. Vujkovic-Cvijin, X. Tan, R. Kennett, R. Taylor, L. Bernstein, Philip J. Smith, Jeremy Thornock, K. Gross and James G. Seebold
Active and Passive Monitoring Of Flare Combustion Efficiency -
Texas Commission on Environmental Quality 2010 Flare Study - Danielle Nesvacil and Russell Nettles
Accurate and Reliable Flare Testing Methods - Zachary Kodesh, Scott Fox and James Franklin
Statistical Correlation of Flame Properties with Combustion and Destruction Efficiency - John H. Pohl, Peter E.G. Gogolek, James G. Seebold and Robert E. Schwartz
Flares in refineries and chemical plants - Mike Henneke and Miguel Matos
Acceptable Operating Parameters for Steam Assisted Flares at Purge Rates -
CFD Analysis of Liquid Seal Design - Larry D. Berg, Joseph D. Smith, Scot K. Smith and Doug Wade
What can we learn about flare combustion efficiency from large eddy simulations? - Philip J. Smith, Jeremy Thornock, Michal Hradisky, Benjamin Isaac and Anchal Jatale
PM Emissions from Flares: Chasms among Current Emission Factors, Fundamental Studies, and Field Observations - Matthew Johnson
The IFC Literature Review - Peter E.G. Gogolek
Mid-80's US EPA Study of the Efficiency of Industrial Flares the Real Story from the Principal Investigator - John H. Pohl
HYDROGEN FLARES: The DuPont-EER-EPA Test Program, Amendment of the EPA Requirements, and Related Developments - Peter M. Walsh, David K. Moyeda, W. Steven Lanier, C. Michael Booth, E.E. (Gary) Folk, John Maxwell, Wilfred K. Whitcraft, Roger K. Noble, Jeff M. Clopton, Tracy Rogers, Chris Nicely, Robert E. Rosensteel and C. Andrew Miller
Active and Passive FTIR Monitoring of Flare Combustion Efficiency - Robert L. Spellicy
Flare Issues in the Operating World - An Owner's Perspective - Vance Varner
Flames with Flare and Momentum - Hazards to Offshore Platform Boom Structures and Potential Mitigation - E. W. Grandmaison
Performance Evaluation of a Steam-Assisted Flare at High Turndown Using Passive Fourier Transform Infrared Spectroscopy - Scott Evans
International Flare Consortium (IFC) update - James G. Seebold
Demonstration of Hydrogen Use in Steam- and Air-Assisted Flares - Alexis McKittrick
Remote Sensing and Analysis of Unburned Gases from Stacks and Flares Using Imaging Spectroscopy - Michele Hinnrichs
Steamizer XP Next Generation Steam Flare Technology - Scott Fox
Technical foundations to establish new criteria for efficient operation of industrial steam-assisted gas flares - L. Douglas Smoot, Joseph D. Smith and Robert E. Jackson
LES Simulations of Sour Gas Flares in Western Canada - Jeremy Thornock, Philip J. Smith and Allan Chambers
Both LES and k-e turbulence-treatment in CFD-approaches for creation of the database on flare-stacks flame-behaviour - Medzid Muhasilovic, J. Duhovnik, M. O. Deville, V. Koza and K. Ciahotny
Flaring of Gas Mixtures Containing H2S - Allan Chambers
International Flare Consortium Update - James G. Seebold
Large Eddy Simulation of Industrial Flares - Jeremy Thornock, Philip J. Smith, Allan Chambers and A. Parente
Sherlock imaging spectrometer for flare gas imaging and analysis - Michele Hinnrichs
Comparison of Empirically Based Calculation Methods for Pipe Flares to Computational Fluid Dynamics - Matthew Martin
Computational Fluid Dynamic Modeling of a Ground Flare - Brian Duck
Environmental Testing of an Advanced Flare Tip for a Low-Profile Flare Burning Ethylene - Scot K. Smith, Jay B. Modi, J. M. McDonald, C. Little, Joseph D. Smith and L. M. Berg
Evaluation of the Air-Demand, Fame Height, and Radiation from low-profile flare tips using ISIS-3D - Joseph D. Smith, Ahti Suo-Ahttila, Scot K. Smith and Jay B. Modi
Improving Flare Design - A Transition from Art-Form to Engineering Science - David Shore
LES Analysis of Sour Gas Flare Emissions under Variable Wind Conditions - Philip J. Smith, C. Thurston and Allan Chambers
Optimization of an Elevated Staged Flare for a Large Gas Plant - R. Damico
Pressure-Assisted Flare Emissions Testing - Vance Varner, Scott Fox, Robert Schwartz and Russell Wozniak
Scaling Relations for Flare Interactions, Flame Lengths, and Crosslighting Requirements in Large Flare Fields - Werner J.A. Dahm
Application of ISIS Computer Code to Gas Flares Under Varying Wind Conditions - Ahti Suo-Ahttila and Joseph D. Smith
Purge Rates: Husa Compared to CFD - Larry D. Berg, Joseph D. Smith, Ahti Suo-Ahttila, Scot K. Smith and Jay B. Modi
An LES Analysis of Industrial Flare Performance under High Wind Conditions - Philip J. Smith, Seshadri Kumar, Jennifer Spinti, Padmabhushana Desam and Stanislav Borodai
Combustion Efficiency of Full Scale Flares Measured using DIAL Technology - Allan Chambers, Tony Wootton, Jan Moncrieff and Philip McCready
Computing Flare Dynamics Using Large Eddy Simulations - Padmabhushana Desam, Philip J. Smith, Stanislav Borodai and Seshadri Kumar
Flares - Noise Prediction and Thermo-Acoustic Efficiency - Carl-Christian Hantschk and Edwin Schorer
Fuel Composition Effect on Flare Flame Inefficiency - John H. Pohl, Peter E.G. Gogolek, James G. Seebold and Robert Schwartz
Improved Prediction of Buoyance Effects on Flame Length and Combustion Properties of Flares - Francisco J. Diez and Werner J.A. Dahm
Practical Implications of Prior Research on Today's Outstanding Flare Emissions Questions and a Research Program to Answer Them - James G. Seebold, Peter E.G. Gogolek, John H. Pohl and Robert Schwartz
Some Characteristics of Multi-Jet Flares - P. R. Pagot, E. W. Grandmaison and A. Sobiesiak
Soot and OH Distribution at the Smoke Point of Diluted Propylene-Hydrogen Mixture Diffusion Flames in Cross-Flow - S. F. Goh and S. R. Gollahalli
Flare Liquid Seal Drum Surging -Prediction, Prevention and Proof - Tom Rhodes and James G. Seebold
Practical Implications of Prior Research on Today's Questions about Flare Emissions - James G. Seebold
Scaling of Flare Flame Emissions - James G. Seebold, John H. Pohl and Peter E.G. Gogolek
Wind turbulence and elevated flare flames - Peter E.G. Gogolek and A.C.S. Hayden
Computing Flame Dynamics using massively parallel computers to span scales from the atomistic to the industrial - Philip J. Smith
Reaction Efficiency of Industrial Flares - The Perspective of the Past - James G. Seebold, Bruce Davis, Peter E.G. Gogolek, Larry Kostiuk, John H. Pohl, Robert Schwartz, Nick Soelberg, Mel Strosher and Peter M. Walsh
Flare Emissions and HGA Ozone - Karen N.T. Olson
Overview of Flaring Efficiency Studies - John Cain, James G. Seebold and Lyman Young
Flame Stability Limits and Hydrocarbon Destruction Efficiencies of Flares Burning Waste Streams Containing Hydrogen and Inert Gases - Peter M. Walsh, David K. Moyeda, W. Steven Lanier, C. Michael Booth, E.E. (Gary) Folk, John Maxwell, Wilfred K. Whitcraft, Roger K. Noble, Jeff M. Clopton, Tracy Rogers, Chris Nicely, Robert E. Rosensteel and C. Andrew Miller
Efficiency of Flare Flames in Turbulent Crosswind - Peter E.G. Gogolek and A.C.S. Hayden