Adventures in Flaring:
The Story EPA Didn't Tell You
Scott Evans - Clean Air Engineering, Inc.
A Discussion of
Concerns if Refinery Flare Rules are applied to the Chemical Industry
Troy Boley - SAGE Environmental Consulting, L.P.
How to Measure Flare
Vent Gas Composition and Net Heating Value: A Review of Existing Instrumentation
Dan Pearson - Clean Air Engineering, Inc.
Application of CFD to
Model Air-Assisted Industrial Flares under Low-Btu, Low-Flow Rate Conditions
Anchal Jatale - Ansys, Inc.
Physical Testing of a
Multi-point Ground Flare Burner Utilizing Low Btu Flare Gas
Matthew Martin - Callidus Technologies LLC
Emission Testing of
Sonic Velocity Flares Validates High Destruction Efficiency
Scot Smith - Zeeco
Considerations When
Specifying Multipoint Ground Flares
Ian Fischer - ExxonMobil Engineering
Radiation Effects on
Surrounding Structures from Multi-point Ground Flares
Joseph D. Smith - Systems Analyses and Solutions
4 Rules of Fired
Heater Operation
Charles Baukal - John Zink Company, LLC
Flameless Heater
Performance: Two Years of Operation
Bill Gibson, Marianne Zimola - Great Southern Group
DUPLEX Technology: A
Novel Approach to Combustion Performance Enhancement in Refinery Process Heaters
Roberto Ruiz, Joe Colannino - ClearSign Combustion Corp.
New Firing Pattern in
Heaters Provide Uniform Heat Transfer
Ashutosh Garg - Furnace Improvements
Performance of Low
and Ultra-Low NOx Burners Firing Hydrogen-Enriched Syngas in a Refractory Lined Furnace
Chris Ballance - Georgia Institute of Technology
Air Staged Double
Swirl Low NOx LPG Burner
A.M. Elbaz - King Abdullah University of Science & Technology
Validation and
Prediction of Ultra-Low NOx Burner Performance using Computational Fluid Dynamics
Sandeep Alivandi - Gas Technology Institute
Ultra Low NOx
Conventional and Regenerative Burner Retrofits
Mathew Valancius - Bloom Engineering Company, Inc.
Mesh Resolution
Issues for CFD Analysis of Gas-fired Process Furnaces
Paula Sun, Mike Henneke - John Zink Hamworthy Combustion
Heater Recirculation
Pattern Analysis and Burner Spacing Optimization
Addison Cruz, Matthew Martin, Kurt Kraus - Callidus Technologies, LLC
Autoignition
Characteristics of Silane-Oxygen-Diluent Mixtures in a Practical Burner
Bradley Ochs - Georgia Institute of Technology
Multipoint Water
Quenched Probe for Spatially Averaged Hot Gas Sampling in Industrial Combustors
Bradley Ochs - Georgia Institute of Technology
Opportunities for the
Next Generation of Optical Boiler Diagnostics
Charles E.A. Finney - Oak Ridge National Laboratory
A Study of Flameless
Combustion Behavior of Pulverized Coal Preheated by Circulating Fluidized Bed
Ziqu Ouyang - Chinese Academy of Sciences
Pilot-Scale
Investigation of Heat Flux and Radiation from an Oxy-coal Flame
Andrew Fry - University of Utah
A
Validation/Uncertainty Quantification (V/UQ) Analysis for a 1.5 MW Oxy-coal Furnace
Oscar Diaz-Ibarra - University of Utah
Effects of Coal
Blends on Formation Mechanisms of Ash Aerosol and Ash Deposits During Air and Oxy-Combustion
Zhonghua Zhan - University of Utah
My History with the
IFRF
John Pohl - Energy International
Experimental Study on
Preheating and Combustion Characteristics of Semi-coke in 0.2MW Pilot
Jianguo Zhu - Chinese Academy of Sciences
Development of a
Sub-Surface Burner Technology for In-Situ Heating
Fatemeh Baabazadeh Shareh - University of Utah
Continuous Online
Monitoring of Maximum Fireside Tube Skin Temperature in a Depropanizer Reboiler
Philip Smith - CRSim
Flame Safety and the
Parameters that Affect Them
John Pohl - Energy International
Lower Dimensional
Model for Modeling the Heat Transfer and Detailed Reactions Inside Long Channels
Anchal Jatale - Ansys, Inc.