Presenter Biographies

Biographies of presenters are listed below in alphabetical order of last name.


Axel Abellard

President, Argos Scientific America, Inc. Argos Scientific, Inc.

Mr. Abellard holds degrees in Computer Engineering from the Georgia Institute of Technology as well as a master’s degree in Business Administration from the University of California, Berkeley. Mr. Abellard has over 12 years of experience designing information systems for air monitoring equipment and was the principal architect for the Richmond Community Air Monitoring Program.

Session: Episodic Modeling

Presentation Title: Employing Machine Learning Techniques to Determine Emission Sources at Industrial Facilities Use of Open Path Air Monitoring Systems


Arpit Bhatt

Bioenergy Process Analysis Engineer, National Renewable Energy Laboratory

Arpit Bhatt is a Bioenergy Process Analysis Engineer in the Strategic Energy Analysis Center at the National Renewable Energy Laboratory. His research interests include techno-economic analysis for advanced biofuel production, and air quality analysis for evaluating the sustainability of biofuel conversion technologies. He holds a Master of Chemical Engineering degree from Lamar University, Texas and a Bachelors of Technology in Chemical Engineering from Nirma University, India.

Session: Emissions Estimation

Presentation Title: Estimating air pollutant emissions from co-processing raw bio-oil in petroleum refineries


Jerry Bovee

Source Test & Performance Evaluation Manager, BAAQMD

Mr. Jerry Bovee manages the Source Test and Performance Evaluation Sections at the Bay Area Air Quality Management District (Air District), overseeing multiple measurement and reporting programs and sharing knowledge in coordination with other Air District Divisions on issues involving rule development, compliance and enforcement, permitting practices, planning, emission inventory and litigation. He is a Licensed Professional Engineer (P.E.) in the State of Maryland and certified through the Source Evaluation Society (SES) as a Qualified Source Testing Individual (QSTI). Mr. Bovee possesses nearly three decades of experience in the environmental field, primarily in air quality, but he is also versed in water quality, wastewater treatment, remediation and sustainability. Prior to joining the Air District, Mr. Bovee worked as a Regional Manager for a large environmental consulting firm, providing air pollution measurement consulting services to private and public organizations, directing staff resources and projects related to emissions quantification, permitting, regulatory analysis, strategic planning, ambient monitoring, modeling and air pollution control system optimization. His expertise in industrial air pollution source emission quantification and control has been leveraged nationally and internationally by organizations to solve highly complex technical and regulatory problems.

Session: Long Term Measurements

Presentation Title: Lessons Learned During BAAQMD Required Refinery Fence Line Monitoring Program Development - Available Technology & Data Quality System Update


Joseph C. Chang

Senior Physical Scientist, RAND Corporation.

Dr. Joseph Chang has 30 years of experience in diverse subject areas in atmospheric sciences (e.g., atmospheric modeling, dispersion/plume modeling, environmental impacts, climate change, data analysis, and model verification and validation) and in homeland security (e.g., transportation security, border security, immigration, chemical security, infrastructure protection, risk assessment, operational and statistical analysis, and performance measurement). He provided technical management for the Department of Defense Office of the Special Assistant for Gulf War Illnesses to assess the potential exposures to U.S. troops due to inadvertent chemical agent releases during the 1991 Gulf War. He developed the Hybrid Plume Dispersion Model and the Offshore Coastal Dispersion Model. He also developed for the DOE, uranium enrichment plants a dispersion model that accounts for complex thermodynamics and chemistry of uranium hexafluoride. He evaluated more than a dozen commonly-used dense-gas dispersion models that are primarily used to model accidental releases of toxic industrial chemicals. He also extensively evaluated DoD dispersion models, such as the Joint Effects Model and the Hazard Prediction Assessment Capability. The evaluation methodology and acceptance criteria that he co-developed for dispersion models are widely used by scientists throughout the world. He has been hosting the annual George Mason University Conference on Atmospheric Transport and Dispersion Modeling for more than 15 years. Dr. Chang published over 24 articles in peer-reviewed journals and co-authored one book, Guidelines for Use of Vapor Cloud Dispersion Models. He is a Certified Consulting Meteorologist by the American Meteorological Society. He has also served on various AMS boards and committees, including co-chairmanship of an AMS committee to explore a new climate-change consulting certification program.

Session: Episodic Modeling

Presentation Title: Jack Rabbit II Inter-model Comparison Exercise


Michael Dillon

Staff Scientist, Lawrence Livermore National Laboratory

Michael Dillon is a staff scientist at Lawrence Livermore National Laboratory focusing on improving our nation’s abilities to prepare, respond and remediate nuclear, radiological, chemical and biological hazards. Specifically, his work focuses on (a) how hazardous materials can spread through the environment and expose individuals as well as (b) mitigation measures, such as sheltering, used to reduce such exposures.

Session: Routine Modeling

Presentation Title: Recent Improvements to Industrial Chemical Safety, Preparedness, and Response Modeling


Manny Ehrlich

Board Member, US Chemical & Safety Hazard Investigation Board

Manuel “Manny” Ehrlich was nominated by President Barack Obama to the U.S. Chemical Safety and Hazard Investigation Board and confirmed by the Senate in 2014. Prior to his appointment Mr. Ehrlich spent over 50 years in the chemical industry in a variety of positions. Most recently he served as a health, safety and environmental consultant to a broad range of companies across the country. Mr. Ehrlich spent much of his career with BASF Corporation, one of the largest chemical companies in the world. During his time at BASF Mr. Ehrlich worked in a variety of roles, including plant management and eventually leading emergency response efforts across North America. In this capacity he responded to, managed and investigated numerous hazardous materials incidents in the U.S., Canada and Mexico. Mr. Ehrlich served as the on call chemist for the Chemical Transportation Emergency Response Center (also known as CHEMTREC) in the U.S., a 24-hour service that assists responders on the scene of chemical incidents. He also served as a member of the National Fire Protection Association’s committee that develops competency standards for chemical emergency responders. Mr. Ehrlich has a B.S. in Chemistry from Drexel Institute of Technology, completed graduate studies in chemistry from Temple University and St. Joseph’s College, completed graduate studies in chemical engineering from New York University and received an Ed.M. and M.A. in Counseling Psychology for Business and Industry from Columbia University.

Session: Case Study Example

Presentation Title: Importance of Safety Culture


Marianne Ericsson

Senior Project Manager, Fluxsense Inc.

Ms. Ericsson possesses 30+ years' experience in business development, covering traditional manufacturing to leading-edge IT. Ms. Ericsson obtained her Master of Science Degree from Chalmers Institute of Technology 1977. In 2013 Ms. Ericsson established Fluxsense Inc. in San Diego California. Fluxsense Inc. is a fully owned subsidiary of Fluxsense AB. Since the inception of Fluxsense Inc. Ms Ericsson has conducted numerous presentations and seminars on Fluxsense’s Remote Sensing Solutions. Ms. Ericsson is the co-project manager for the projects Fluxsense is currently conducting for SCAQMD and CARB, she has also co-authored several reports and papers regarding Fluxsense’s Technology Solutions.

Session: Episodic Measurements

Presentation Title: Managing and Reducing Uncertainties in ORS Based Flux Measurements

Session: Emissions Estimation

Presentation Title: Establishing Refinery Emission Inventories - ORS Measurements or Permit Based Calculations


Bradley Flowers

AECOM

 

Session: Routing Modeling

Presentation Title: VOC Source Signatures and Source Apportionment Studies from Automated Gas Chromatography Data in Houston, TX.


Simon Gant

Principal Scientist, Fluid Dynamics Team Health and Safety Executive

Dr Simon Gant is a Principal Scientist in the Fluid Dynamics Team at HSE’s Science and Research Centre, where he is responsible for fluid dynamics analysis on a range of projects including incident investigations, support work on new guidance and standards, model reviews, research and consultancy. He obtained a master’s degree in Mechanical Engineering from the University of Leeds in 1997 and a PhD in Computational Fluid Dynamics (CFD) from Manchester University in 2002. In recent years, his work at HSE has focused on carbon capture and storage, dispersion of oil mists and analysis of Jack Rabbit II chlorine release experiments.

Session: Episodic Modeling

Presentation Title: Overview of HSE's approach to dispersion modelling of major accident hazards in Great Britain


Zhaodan Kong

Assistant Professor, University of California, Davis

Zhaodan Kong is an Assistant Professor in Mechanical and Aerospace Engineering at UC Davis. He received his Bachelor’s and Master’s degrees in Astronautics and Mechanics from Harbin Institute of Technology, Harbin, China, in 2004 and 2006, respectively, and his Ph.D. degree in Aerospace Engineering with a minor in Cognitive Science from the University of Minnesota, Twin Cities, MN, USA, in 2011. Before joining UC Davis in 2015, he was a postdoctoral researcher at the Laboratory for Intelligent Mechatronic Systems and the Hybrid and Networked Systems Lab at Boston University. His research focuses on control theory, machine learning, and unmanned aerial systems, particularly their applications to precision agriculture, environmental monitoring, and national security.

Session: Episodic Measurements

Presentation Title: Development of an unmanned aerial vehicle (UAV) for episodic air pollutant measurements


Shari Libicki

Global Air Quality Service Line Leader, Ramboll

 

Session: Routine Modeling

Presentation Title: Using Dispersion Modeling and Monitoring as a Basis of Estimating Emissions from Refineries


Helen Lou

Lamar University

 

Session: Emissions Estimation

Presentation Title: Artificial Intelligence Models for the Predictive Analysis of Flaring Performance


Jay Olaguer

Assistant Director, Air Quality Division Michigan Department of Environment

 

Jay Olaguer has a PhD in Meteorology from the Massachusetts Institute of Technology and is currently the Assistant Division Director for Air Quality at the Michigan Department for Environment, Great Lakes, and Energy. He has 30 peer-reviewed publications in atmospheric science and air quality, and is the author of a book published by Elsevier entitled, "Atmospheric Impacts of the Oil and Gas Industry." Jay has developed a 3D global radiative-dynamical-chemical model, a 3D microscale air quality model, a new technique for air quality Computer Aided Tomography, and methods to perform real-time source attribution and emissions quantification based on advanced measurements. He conceived and directed two major field campaigns, including the 2009 Study of Houston Atmospheric Radical Precursors (SHARP) and the 2015 Benzene and other Toxics Exposure Study (BEE-TEX). He has also served on the editorial board of Environmental Science and Pollution Research, as guest editor of Journal of Geophysical Research-Atmospheres, and on the American Meteorological Society's Atmospheric Chemistry Committee.

 

Session: Episodic Measurements

Presentation Title: Inverse Modeling of Episodic Measurements for Conventional and Real Time Applications


Jovan Pantelic

Assistant Professional Researcher, University of California, Berkeley

Jovan Pantelic, PhD, is Assistant Professional Researcher at the Center for Built Environment. Jovan received his diploma in Mechanical Engineering in 2004, and then pursued his Master's degree in Thermal Engineering while working as a junior engineer in the A&E consultancy firm. In 2010, Jovan received his Ph.D. degree at the National University of Singapore. His current research interests include IoT sensing and the development of analytical tools for continuous monitoring

Session: Case Study Example

Presentation Title: IoT sensing as a tool for determining the resilience of buildings to forest fire generated PM2.5


Andrea Polidori

Atmospheric Measurements Manager, Advanced Monitoring Technologies South Coast Air Quality Management District

Dr. Andrea Polidori is the Advanced Monitoring Technologies Manager in the Monitoring and Analysis Division of the South Coast Air Quality Management District. His primary responsibilities include the overall management of the AQ-SPEC, optical remote sensing, and special monitoring programs. Dr. Polidori received his Bachelor of Science degree in Environmental Sciences from Urbino University in Italy and his Doctor of Philosophy degree in Environmental Sciences from Rutgers University in New Jersey.

Session: Long Term Measurements

Presentation Title: Developing a community air monitoring network to assess the impact of refinery emissions


Tom Spicer

Professor, University of Arkansas

Dr. Tom Spicer is Professor and Ralph E. Martin Leadership Chair in the Martin Department of Chemical Engineering at the University of Arkansas. He teaches courses on chemical process safety and process control. He is a member of the AIChE Safety and Chemical Engineering Education (SACHE) Committee and the AIChE Education and Accreditation Committee. Tom has been a faculty member since 1985 and served as department head from 2001 to 2012. Tom’s primary research interests are in the assessment of hazards from airborne contaminants, particularly those that are denser than air as well as from fire and explosion phenomena.

Session: Episodic Measurements

Presentation Title: Jack Rabbit II Source Description for Atmospheric Dispersion Modeling

Session: Episodic Modeling

Presentation Title: Experimental Program to Model Chlorine Reactivity with Environmental Materials in Atmospheric Dispersion Models


Jochen Stutz

Professor, University of California, Los Angeles

Jochen Stutz is Professor in the Department of Atmospheric and Oceanic Sciences at the University of California Los Angeles. His group works on the development of spectroscopic remote sensing instruments to measure atmospheric trace gases and its application to study atmospheric chemistry. He has published over 120 peer-reviewed publications and published a widely read book on the Principles and Application of Differential Optical Absorption Spectroscopy (DOAS) (Platt and Stutz, 2008). In recent years, his group has worked on improving long-path DOAS instruments for the measurement of BTEX compounds with the goal of further establishing this method as an accurate monitoring tool for refineries and air quality regulators.

Session: Episodic Measurements

Presentation Title: BTEX Observations by UV Absorption Spectroscopy: From Research to Monitoring


Soraya Sutherlin

Emergency Manager Emergency Management, Safety Partners

 

Session: Plenary Presentation

Presentation Title: Managing Public Expectations in Times of Crisis, Case Study of the Torrance Refinery Explosions and AB 1646 implementation into the South Bay Region of Los Angeles County


Joseph Vaughan

Research Associate Professor, Laboratory for Atmospheric Research, Washington State University

My study of astronomy at Vassar College left me intrigued by the potential of numerical modeling as a means to explore the quality and implications of our understanding of complex systems such as atmospheres and ecosystems. My career in the environmental field has been my working toward greater capacity in the modeling of such systems, and the application of same to societal problems, such as air pollution. While at WSU I have been an architect, with others, for the AIRPACT Project (Air Indicator Report for Public Access and Community Tracking, project website: (lar.wsu.edu/AIRPACT). The AIRPACT Project has created a real-time air quality prediction and web-publication system for the Puget Sound, initially in 2001, and eventually the entire Pacific Northwest. This system uses meteorological data from the University of Washington's daily WRF forecasts, generates area and point emissions estimates via an emissions sub-system that uses WRF temperature and radiation fields, obtains boundary conditions from the NCAR WACCM model, daily-chains initial conditions from one run to the next, runs the CMAQ Eulerian air-quality model, generates web-products for immediate display, and runs verifications (one day later) using observations collected daily by the monitors operated by the region’s air quality agencies. I have also led in the creation of an agricultural burning decision support system, called ClearSky, which was an operational tool available for use in the Inland Northwest areas of WA and ID including on the Coeur d’Alene and Nez Perce reservations. Recently I have had a project, AIRPACT-Fire, funded by the Joint Fire Science Program through the BLM, to bring high-resolution coupled fire-atmosphere modeling to the treatment of wildfire emissions in AIRPACT. Other aspects of this project include more frequent forecasts for smoke dispersion, supporting communication of results to a larger public and exploration of the value of visual range as an estimator for air quality. My non-professional interests include reading, fly-fishing, crewing on tall ships, birding, travel, the Japanese martial art of Aikido, woodworking and reading.

Session: Routine Modeling

Presentation Title: Forecasting Wildfire Smoke PM2.5 using the AIRPACT5 Air-Quality Forecasting System: recent experience, emerging approaches and a near-term application.


William Vizuete

Associate Professor, UNC-Chapel Hill

Dr. Vizuete is an associate professor in the Environmental Sciences and Engineering department in the Gillings School of Public Health. In his research Dr. Vizuete seeks novel environmental engineering solutions to solve public health problems associated with air quality.

Session: Case Study Example

Presentation Title: Connecting Ozone Exceedances in Houston TX to Variability in Industrial Emissions: Implications for federal attainment


Mark Wicking-Baird

Managing Director, Argos Scientific Africa, Inc. Argos Scientific Africa Inc.

Mr. Baird holds master’s degrees from the University of Cape Town in both Energy Engineering and Business Administration. He has been working in the field of environmental science since 1994. Mr. Baird’s specialty is developing air monitoring programs to meet all regulatory compliance objectives. He has written ISO 17025 monitoring programs for Open-path UV and FTIR air monitoring systems as well as point sampling systems.

Session: Long Term Measurements

Presentation Title: Use of Open Path UV-DOAS as an Alternative Method to Meet Fence-line Monitoring Provisions for Federal Benzene Monitoring Rule - A Case Study