1. John D. Miller
john.d.miller@att.net
(832) 640-8193 (Cell)
(281) 579-2491 (Home)
I recently retired from ExxonMobil Research & Engineering Co. as the Safety Facilities Group Head. I am currently searching for new
engineering challenges/interests either as an employee or contractor. I have experience in Refinery/Chem Plant process unit safety and
flare system overpressure evaluation/design/consulting, process engineering design, reactor engineering kinetics/design, and as a
wastewater treatment technical and consulting engineer. I also have R&D and project experience in Synthetic Fuels (Coal
Liquefaction/Gasification, Oil Shale Processing/Conversion).
Experience
2013 - Present Consulting Engineer – Wastewater Treatment (Refinery); Process Safety Facilities (Refinery/Chem Plant)
1976 - 2013 EXXONMOBIL RESEARCH & ENGINEERING CO. (EMRE)
2005 - 2013 Senior Engineering Associate – Safety Facilities Group Head Baytown, TX
Overpressure analyses Subject Matter Expert (SME) for new and existing Refinery/Chemicals processing Units.
Provided supervisory/administrative/technical guidance/leadership to Safety Facilities Group (SFG).
Solved process unit and Flare System overpressure concerns efficiently and cost effectively.
Supervised and oversaw technical assistance/consulting services/studies for Refinery/Chemical complexes in the
U. S., Central and South America.
Supervised Engineering Contractors and EMRE Engineers performing SF Group work including SV contingency
analyses/sizing/selection, Flare System analyses/evaluation, Safety Relief Reviews/Technical and Consulting
(TAC) work.
Trained engineers in Refinery/Chemicals Safety Relief Review (SRR) analyses utilizing different overpressure
relief simulators.
Refinery/Chemicals site steward responsible for reviewing/endorsing ~110 MOCs per year.
Engineering design/Safety operations representative for U.S. Refinery HAZOPs.
Represented Baytown Refinery with OSHA one-on-one during their first-ever Refinery Safety Review/Audit.
1997 - 2005 Senior Engineering Associate – Wastewater Treatment Baytown, TX
SME providing technical/consulting expertise for Refinery/Chemicals Wastewater Treatment Plant (WWTP)
operations/design in the U. S. and Central America.
Developed business case for and designed $40MM Above Ground Integrated BIOX WWTP in U. S. Refinery.
Supervised and validated KBR detailed design of WWTP.
Developed experimental program to validate and designed Hydrogen Sulfide Conversion Process for Refinery
WWTP and Sour Water Unit to meet EPA requirements (patent pending).
Managed pilot plant study to establish bases of and designed bacteriologic wetlands process to remove nitrates
from FCCU Wet Gas Scrubber Unit wastewater (patent awarded).
Engineering design representative for Refinery HAZOPs.
1993 - 1997 Senior Staff Engineer – Safety Facilities Group Baytown, TX
Identified and evaluated safe operating issues/concerns and recommendations to alleviate overpressure
issues/concerns in process Units.
Managed Flare Systems evaluations/designs based on power failure, cooling water loss, instrument air loss and
steamloss global contingencies in operating Units.
Performed hydraulic modeling of existing and new piping/equipment resulting in more economic engineering
solutions/designs.
Developed process simulations used as bases in Safety Facility studies for PRO II H&MBs resulting in more
accurate analyses of overpressure evaluation results.
Engineering design/Safety operations representative for Refinery HAZOPs.
1990 - 1993 Senior Staff Engineer – Oil Shale/Coal Process Group Baytown, TX
Developed more efficient/economic oil shale process for concent Designed,managed construction ofand operated
experimental pilot plant for coals combusted in electrical power plant furnaces.
Developed a GC technique to monitor online coal pollutant gas production during combustion.
1985 - 1990 Senior Staff Engineer – Catalytic Cracking Process Group Florham Park, NJ
2. Developed Thermal Cracking Kinetic model for Advanced FCCU Process Model (APM). Resulted in adoption
by Exxon Engineering to simulate/design all FCCUs with separate catalytic and thermal cracking kinetic models.
Developed/led experimental program to obtain liquid/vapor hydraulic flow data in operating FCCUs in U. S.,
Canada and Germany resulting in more accurate results during evaluations/analyses /operation plans selection.
Created physical property simulation models for APM product streamcomponents.
1976 - 1985 Senior Staff Engineer – Synthetic Fuels Research and Development Group Baytown, TX
Developed Reaction Kinetic model for Colorado and Rundle Oil Shales Fluidized Bed Conversion Process.
Involved in development of economic considerations for Oil Shale commercial processes.
Led development, selection and procurement of computer control/data collection systemresulting in more accurate
control of and complete data collection from oil shale fluidized bed pilot plant.
Designed and managed construction of 2-ton/day coal and oil shale crushing/particle size separation facility for
pilot plant studies.
Developed Catalytic Kinetic model for Coal Liquefaction Hydrogen Donor Solvent Process resulting in optimum
designs of operating conditions for different coals and hydrogen donor solvent catalysts.
Developed experimental data reconciliation program for Coal Liquefaction/Gasification Process pilot plants.
Education
1976
1973
UNIVERSITY OF ARIZONA
PhD ChE
MS ChE
1970
UNIVERSITY OF TEXAS AT AUSTIN
BS ChE
Patents
4,025,307 24-May-77 Method and apparatus for determining crystallization properties of urine.
4,311,578 19-Jan-82 Liquefaction process wherein solvents derived from the material liquefied and containing
increased concentrations of donor species are employed.
7,276,164 2-Oct-07 Nitrate removal in a purge stream using constructed wetlands.
8,616,279 31-Dec-13 Water treatment following shale oil production by in situ heating.
Publications
Miller, J. D., “Heat Transfer Studies in a Plasticating Extruder”, Thesis, University of Arizona Graduate College,
1973.
Miller, J. D. and White, D., 1973, “Heat Transfer Studies in a Plasticating Extruder”; Presented at the Society of
Plastics Engineers Annual Meeting, San Francisco.
Miller, J. D., Randolph, A. D. and Drach, G. W., 1975. “Some Observations on Calcium Oxalate Crystallization
Kinetics in Urine-Like Mother Liquors”. In B. Finlayson and W. C. Thomas, Jr. (Eds.), Colloquium on Renal
Lithiasis. Gainsville, FL, p. 33.
Miller, J. D. and Rehm, T. R, “Packed Column Mass Transfer Coefficients for Concurrent and Countercurrent
Flow”, Chemical Engineering Education, Spring 1976.
Miller, J. D., “Crystallization Kinetics of Calcium Oxalate in Simulated Urine”, Dissertation,University of Arizona
Graduate College, Tucson, 1976.
Miller, J. D., Randolph, A. D. and Drach, G. W., 1977. “Observations Upon Calcium Oxalate Crystallization
Kinetics in Simulated Urine”, J. Urology., 117: 342.
Drach, G. W., Randolph, A. D. and Miller, J. D., 1978. “Inhibition of Calcium Oxalate Dihydrate Crystallization
by Chemical Modifiers: I. Pyrophosphate and Methylene Blue”, J. Urology, 119: 99.
Gould, K. A., Gorbaty, M. L. and Miller, J. D., 1978. “Viscosity Reduction in Coal-Liquefaction Bottoms via
Silylation”, Fuel, 57: 510.