EZ Relief Systems Consulting Capabilities with Selected Bibliography

7905 Grady Circle, Castle Rock, CO 80108  Phone: 832.373.7445  edzamejc@ezreliefsystems.com
EZ Relief Systems Consulting, Inc.
EZ Relief Systems Consulting, Inc. specialties:
 Pressure Relief and Flare System Design
o QA/QC auditing/gap analysis of existing pressure relief and flare systems design
o Peer review of project pressure relief and flare system designs to ensure cost-
effective code and standard compliance
o Relief System Design Training Seminars (Topics adjusted to fit needs from 0.5
day overview through 3 day comprehensive design with examples)
o Identifying, evaluating and risk ranking recommendations from relief system
design studies based on a User’s perspective
o Validation of depressuring system design for fire and other contingencies
o Validation/peer review of flare system designs and operating performance
o Designing and selecting pressure relief and flare systems
 Codes and Standards Gap Assessments/Interpretations
o Currently Master Editor of API Std. 521 document
o API standards (API 520 Part 1 & 2, API 521, API 2000, API 576, etc.)
o ISO standards including ISO 23251, ISO 28300, ISO 25457
o ASME standard pressure protection aspects including ASME Section VIII Div. 1,
ASME/ANSI B31.3, etc.
o NFPA overpressure and fire protection standards (NFPA 30, 58, etc.)
 Hazard Identification , Risk and Likelihood Analyses
o Technical analysis in process safety including explosibility, flammability,
purging, dust explosions, pool fire modeling
o LOPA and other semi-quantitative risk analyses
o Fault tree analyses
o FMEA (failure modes and effects analyses) and FMECA (failure modes effects
and criticality analyses
o Consequence assessments due to loss of containment
 Expert Witness
o Develop reports and testify as an expert witness in litigation
 Incident Investigation/troubleshooting
o Evaluate and determine failure causes and possible fixes for flares, pressure relief
valves, rupture disks not performing properly

7905 Grady Circle, Castle Rock, CO 80108  Phone: 832.373.7445  edzamejc@ezreliefsystems.com 2
EZ Relief Systems Consulting, Inc. Major Projects
 Relief design alternatives
o Identified alternatives to address pressure relief system deficiencies identified by
pressure relief system design studies including refinery units and large gas
terminals involving propane storage spheres and bullets
o Addressed HazOp action items related to pressure relief system design scenarios
for an overseas gas plant
 Pressure Relief System Design Seminar
o Provided pressure relief system design seminars to a large energy firm, all USA
sites for a large engineering contractor, a Canadian corporation, etc.
 Relief System Design
o Developed relief system design packages for several variations of a hydrogen
sulfide treating unit for a licensor. Developed scenarios, relief loads, relief device
sizes, inlet and outlet piping requirements and specification sheets to purchase
relief devices.
 Expert Witness
o Developed technical reports and testified as an expert witness in litigation
regarding the adequacy of a flare/vent system for a chemical plant.
 Peer Review
o Peer reviewed pressure relief system design calculations and documentation to
ensure code compliance for a large refiner (via subcontract with an engineering
firm).
o Provided QA/QC for pressure relief system design calculations for gas plants
 API 521 Master Editor
o Serving as editor of API 521 including developing response to technical inquiries,
facilitating meeting to address comments, preparing drafts for ballot, compiling
and addressing comments, working with API to publish the standard

WORK EXPERIENCE (BP / AMOCO 1991-2009)
Relief Systems
BP’s and Amoco's Relief System Design Consultant supporting upstream, refining, and chemical segments.
Provided training classes to BP personnel and contractors on relief system design including scenario identification,
code requirements, relief requirement calculations, relief device selection, single phase and DIERS HEM two-phase
relief device, and relief piping design. Guidelines to expand/detail relief system design methods/guidance not
addressed in detail in external codes (e.g., liquid thermal expansion relief, air cooled heat exchangers exposed to
fires) were developed. Validated rupture disk overpressure protection system for injection wellhead tubing failures.
Validated and reviewed contractor methodologies and calculations to ensure consistency with external codes and
internal standards. Provided detailed QA/QC on relief and flare system designs for major projects including LNG
projects, gas production facilities, olefins units, PYA (purified terephthalic acid) plants, gas-phase polypropylene,
refinery units, FPSO, para-xylene plants, TMA facility, etc.
Flare Assessments
The design basis, performance and long-term capabilities of the problematic gas plant ground flare were evaluated,
gaps/flaws in the flare and depressuring system design along with mitigation alternatives were identified and a path
forward to resolve the problems was developed. Facilitated flare assessment for a FPSO validating the design and
identifying opportunities for improvement. Developed check list and performed gap assessments comparing with the
new API 537 standard on dozens of US refinery and chemical plant flares. Provided peer review of LNG facility
flare/relief system design that led to numerous upgrades to improve safety and reliability. Consultation support for
debottlenecking gas plants was provided in order to minimize impacts on existing flare capacity.
External Standards
The development of external standards for the petrochemical industry in the American Petroleum Institute (API)
Pressure Relief System (PRS) subcommittee was supported. As Chairman of API Std. 521 from 1998 through 2009,
the advancement of API Std-521 to include new technologies and approaches to relief/flare system design were
facilitated. The internationalization of API Recommended Practice 521 into an ISO standard 23251 that was adopted
back as an API Standard in near record time was led. The industrial community was actively engaged soliciting
opinions and comments (e.g., Fire Task force in the UK) and providing periodic updates (e.g., provided
presentations to the Design Institute for Emergency Relief Systems (DIERS) User’s Group). The API task group
responsible for addressing the US Chemical Safety Board (CSB) recommendations issued to API 521 in response to
the BP TXC ISOM explosion was facilitated and an amendment to the ISO 23251/API 521 was developed and
adopted. The API committee’s response to the recommendations was presented to CSB staff in Washington.
As a member of an ASME Task Group on relief systems, the Code Case 2211 language allowing credits for
instrumentation and design in lieu of pressure relief devices (new UG-140) was implemented and guidance was
developed that provisionally allows block valves in the process paths of equipment protected by a common relief
device.
Internal Corporate Standards
A key role was played in the harmonization of BP/ARCO/Amoco heritage specifications in pressure relief and relief
disposal systems and their continuous improvement. Part of team that developed corporate guidance on atmospheric
relief, blowdown systems, overfills mitigation, and relief design documentation following the BP Texas City ISOM
Unit disaster. Guidance on design and application of depressurization systems for fire situations was developed
extending the API 521 guidance. The guidance predicted time-to-failure due to pool fire exposure based on vessel
material-of-construction and wall thickness. Assured standards not only conform to current industrial practices but

also future modifications in industrial requirements. Developed and continuously expanded the “BP Relief System
Design Guide”, a 400+ page manual on relief system design used through much of BP.
Technical Safety/Overpressure Protection Consulting
For almost 20 years, provided internal expert technical consulting (via email, phone, in-person visits) in pressure
relief systems throughout BP (upstream (gas plants, offshore platforms, FPSO, production sites), LNG, NGL,
refining (downstream), and chemicals). Consulting activities ensured code compliance, credible overpressure
scenarios are defined, characterizing relief rates applying appropriate credits where possible, sizing the relief device,
installation (piping pressure loss, layout, etc.), device selection, troubleshooting, and incident investigation support.
Provide QA/QC or peer review of relief system designs.
Atmospheric Relief
Atmospheric relief discharges were performed and supported. Tasks included performing site survey,
prioritizing relief devices based on potential hazard, conducting and managing dispersion/consequence
analyses, evaluating overfill-to-atmosphere prevention for compliance with standards, determining
mitigation measures/risk reduction measures. A methodology for evaluating atmospheric discharge of 3-
phase streams was developed.
Europe Seveso II Program Development
A program for a Belgian facility was developed for compliance with European Seveso II Major Accident
Risk Assessment regulation. The risk prioritization process and semi-quantitative approach that was
developed involved Layer of Protection Analyses (LOPA) that significantly reduced implementation cost
by focusing on equipment that posed highest potential risk. Program accepted by the Belgium Government.
Consequence Modeling/Siting
Evaluated fire, explosion and toxic effects for potential accidents involving NGL and LPG cross-country pipelines,
natural gas desiccators, storage tank farms, hot oil furnaces, reactors, depropanizer facility, truck unloading
facilities, stills, LPG bullets, spheres, steam drums, etc. In support of a corporate level emergency response
exercise, performed HEGADAS modeling on HF releases. An unsteady-state model for release rates from NGL and
LPG pipelines was implemented to evaluated effectiveness of remotely operated isolation valves spacing in
pipelines. Consequence analyses to support numerous chemical, production and refining facility PHAs using
commercial and personally developed models. Analyzed effect of water sprays for explosion mitigation on offshore
platforms. Evaluated location of process equipment including elevated and ground flares, vent stacks, storage tanks
and stills regarding potential impact to personnel and adjacent units. The need for blast-resistant control room in a
chemical plant was evaluated. Siting HAZOP studies were facilitated for a gas-phase polypropylene production
facility and a hydrogen line. Stack heights required to safely disperse hydrogen, hydrocarbons and other chemicals
during relieving episodes were evaluated.
Quantitative Risk Analysis (QRA)
QRA's were performed on loss-of-containment accidents including refinery butane spheres, liquid propylene storage
and receiving systems. Risk contours were developed that illustrate the extent of flammable clouds, thermal
radiation and blast overpressure thresholds and options to reduce risk were identified. An internal course on risk
ranking of HAZOP recommendations was developed and implemented. Numerous evaluations on risk reduction
benefit of HAZOP safety recommendations were performed. Contractor QRA's on offshore oil platform fire
protection options and a PTA plant in Malaysia were reviewed and conservatisms and alternative recommendations
were identified.

Accident Investigation
As team facilitator, evaluated causes for an underground gasoline storage tank explosion and identified
recommendations to prevent future incidents. Numerous incident investigations involving failures of pressure relief
devices or flares were supported as a technical expert role.
Availability Analysis
The availability and trip frequency for a refinery's five-boiler steam plant and power recovery turbine system was
evaluated and methods to improve reliability and reduce trip frequency were identified. The availability of a
gasoline additive system and compressor system was determined. The unavailability of pressure relief devices
involving inadvertent closure of block valves was determined.
Hazard Identification
Fault Tree Analyses were performed that quantitatively evaluated the likelihood for a runaway reaction in
polypropene reactors and butane oxidation reactors (maleic anhydride), including effects of operator interaction as a
cause and prevention mechanism. Mitigation measures that significantly reduce risk were identified. Failure Mode
and Effects Analyses (FMEA) was performed on process controls for refinery furnaces, boilers and fired heaters.
Flammability Analyses
Flammability calculations were performed to determine safe operating concentrations and purge requirements for
oxidation reactions, vent systems, acetylene absorbers and flare headers. An external lab was arranged to conduct
flammability tests that were used to establish potential for a vapor cloud explosion of a mixture. Criteria were
developed for a DCS alarm that alerts operators of flammability potential in a butane sphere.

WORK EXPERIENCE (BATTELLE: 1980-1991)
HAZOP (Hazard and Operability Analysis)
Numerous HAZOPs for many petrochemical firms including a cyclohexanone production facility, an industrial
propane refrigeration system and a hydrogen production/ hydrotreating facility, etc. were led. In the HAZOPs,
process deviations or upsets which result in release of toxic materials, fires, explosions, reduced production rates,
and low quality product were identified and the need for additional process control, safety equipment or operating
procedures to reduce the likelihood and consequences of process upsets were determined/ranked.
Fault Tree Analysis
Fault tree analyses were performed for failure of propane gas compressors using as a basis accident scenarios
identified during a HAZOP and the scenarios were rank-ordered based on likelihood and identified additional
protection alternatives. Fault tree analyses were performed to determine availability a plant's foam fire protection
system.
Ethylene Oxide Production Risk Analysis
A risk analysis on an ethylene oxide production facility was supported through identification of upset conditions or
equipment failures that release toxic or flammable materials to the atmosphere and determination of the probabilities
and consequences of the releases and mitigation methods.
Hazard Analysis of Hazardous Waste Treatment Facilities
HAZOP studies of hazardous waste receiving, storage and processing facility including a rotary kiln incinerator
were supported through identification of equipment upset and operational errors which release toxic/flammable
chemicals and identification of design and operational changes which eliminate or mitigate the consequences.
Models to evaluate source terms for toxic combustion product formation, thermal radiation hazards, and boil-off of
waste from tanks during pool fires were developed and implemented. The sensitivity of consequences to type of
waste involved was evaluated and the individual risk of on-site workers was determined.
Pilot Incinerator Tests
Pilot plant tests on the incineration of BZ, a chemical warfare agent were managed. Test plans were developed to
obtain data on the minimum residence time at various temperatures and excess oxygen concentrations required to
achieve the desired destruction efficiency. Pilot plant tests were supervised at a US Army arsenal. The incinerator
data were analyzed and recommendations were made that were subsequently implemented in the design of a full-
scale afterburner.
Military Plant Design
The design of a chemical weapon demilitarization plant for the U.S. Army was supported through development of
process flow and P & I diagrams; specification of piping, pumps, tanks, utility requirements, and a liquid
incinerator; and review of drawings. A specialized fire protection system for prevention of BZ aerosol/air
explosions was designed and implemented. Material handling concepts for munitions and their disassembly were
evaluated and a preferred method recommended that was subsequently implemented.
Environmental Impact Statement Review
A risk analysis of the facility design for various disposal options for chemical weapons was critiqued and areas of
concern were identified. The potential amount of chemical warfare agent released due to fires was subsequently
estimated. Operating deviations causing chemical warfare agent releases in liquid incinerator and when processing
munitions in a metal parts furnace were identified.

Consequence Analysis of Mixing Incompatible Hazardous Materials
As Principal Investigator, evaluated the top 100 hazardous commodities transported by rail tank cars to determine if
incompatible chemicals should be segregated in a train consist. Incompatible chemical reactions and their
consequences were identified and distances to lethal limits for toxic emissions, fire balls, condensed phase
explosions, pool fires, and unconfined vapor cloud explosions were calculated using personally developed models.
A minimum segregation distance between rail cars transporting hazardous chemicals which minimize the
consequences of a derailment accident was determined.
Process Waste Minimization
As Principal Investigator, operational parameters leading to carcinogen formation during production of liquid
propellants for artillery were identified. Factorial experiments and statistically analyzed the data using ANOVA and
multiple regression were developed. Recommendations were made for the design of a scaled-up version of the
process which produces less than detectable limits of the carcinogen.
Concept Development
As Task Leader, novel methods for decontamination of chemical warfare agent contaminated facilities were
developed. Evaluation criteria were identified and the concepts were ranked in terms of safety, engineering
constraints and cost. Experimental plans for the laboratory evaluation involving actual chemical warfare agents of
the recommended concepts were developed and implemented. The engineering feasibility, effluent characteristics,
and overall effectiveness of the concepts were evaluated. A preliminary design and cost analysis for field
implementation of the most promising concepts was performed.
Minerals Processing
Bench scale experimental studies on hydrochloric acid pressure leaching of ores were performed. Technicians were
supervised, experiments were designed, and data were analyzed for application to commercial units. The
hydrothermal processing for production magnetic toners was evaluated by tests.
Feasibility Study
Experiments to produce stable hypochlorite-based bleaching powder for use as a chemical warfare agent
decontaminant were performed. Process parameters for the pilot-plant design of an aqueous method of bleaching
powder preparation involving a closed-loop operation with total recycle and no liquid effluents were determined and
a patent on the process was obtained.
Numerical Analysis
Software on implicit differential methods for unsteady-state heat conduction calculations and consequence modeling
including hazards from toxic combustion products, thermal radiation, release rates, UVCE effects, BLEVE's, and
boil-off was developed and implemented.
Military Programs
A project for development of a U.S. Air Force data base on material degradation caused by chemical agents and
their decontaminants was managed. A master plan meeting identifying future U.S. Air Force needs in chemical
warfare decontamination was facilitated. Concepts for a Chemically Hardened Air-Transportable Hospital and
decontamination techniques for a Collective Protection System were identified. The effectiveness of field
decontamination methods through laboratory tests involving actual chemical warfare agents and literature
evaluations were performed. The environmental degradation of decontaminants was evaluated.

EDUCATION
Post M.S. Chemical Engineering courses Ohio State University (1981-1985)
M.S., Chemical Engineering, SUNY at Buffalo (1978-1980)
B.S., Chemical Engineering, SUNY at Buffalo (1978-1980)
B.S., Chemistry, SUNY College at Brockport (1971-1975)
Master’s Thesis on the deactivation of supported catalysts.
SYMPOSIA PRESENTATIONS
 Zamejc, E.R., API 521 Empirical and Analytical Methods Comparison with Pool Fire Test Data,
presented at the 9th Global Congress on Process Safety, San Antonio, Texas, April 30, 2013.
 Zamejc, E.R., “Corrected hydrotest pressure” Definition in ISO 23251/API 521, API Fall 2011
Refining Meeting November 15, 2011.
 Zamejc, E.R., API 521 Empirical and Analytical Methods Comparison with BAM Pool Fire Test,
Presentation at API Fall 2011 Refining Meeting , November 14, 2011.
 Zamejc, E.R., The Need for More Vapor Explosion Guidance, Presentation at API Fall 2010 Refining
Meeting , November 16, 2010.
 Zamejc, E.R., American Petroleum Institute Pressure Relief System (PRS) Committee Update;
Presentation to DIERS Users Group, April 13, 2010.
 Zamejc, E.R., API Standard 521 Committee Response to CSB Recommendations, Presentation to US
Chemical Safety Board at API, Washington DC, December 2007.
 Zamejc, E.R., Origin of 3% Rule, Presentation at API Fall 2007 Refining Meeting and Spring 2008
Meeting of Design Institute for Emergency Relief Design (DIERS).
 Zamejc, E.R., Pilot Valve - Condensables - PSV Comparison and Scenario Presentation at API Fall
2007 Refining Meeting and Spring 2008 Meeting of Design Institute for Emergency Relief Design
(DIERS).
 Zamejc, E.R., API Standard 521 Committee Response to CSB Recommendations, Presentation at
Spring 2007 Meeting of Design Institute for Emergency Relief Design (DIERS).
 Zamejc, E.R., Acoustic Fatigue – Turbulence Fatigue, Presentation at API Spring 2006 Refining
Meeting.
 Zamejc, E.R., American Petroleum Institute Recommended Practice (RP) 521 Proposed Changes,
Presentation to DIERS Users Group, October 20, 2003.

 Zamejc, E.R., API Approach to Fire Exposure of Vessels, Presentation to DIERS Users Group, April 22,
2002.
 Zamejc, E.R., When to Use Quantitative Risk Analysis (QRA), paper presented at the Amoco Sponsored
May 1994 Russian Process Safety Symposium, Moscow, Russia.
 Zamejc, E.R. and Chao, C. C., Consequence Analysis of PCB-Containing Liquid Pool Fires, paper
presented at the AIChE Meeting in Orlando, March 1990.
 Zamejc, E.R., The ASD Chemical Defense Data Base Program, paper presented at the Tri-Service
Conference on Corrosion, U.S. Air Force Academy, Colorado Springs, May 1987.
 Zamejc, E.R. and Mezey, E.J., Development of Novel Decontamination Techniques for Chemical Agent
Contaminated Facilities, paper presented at the U.S. Army Pollution Abatement Symposium, Blacksburg,
Virginia, November 6-8, 1984.
 Zamejc, E.R. and Mezey, E.J., Development of Novel Decontamination Techniques for Chemical Agent
Contaminated Facilities, Minutes of the 21st U.S. Department of Defense Explosives Safety Seminar,
Volume II, pp 1277-1285, August 1984.
U.S. PATENTS
Smith, R.K., Zamejc, E.R., and Miller, J.F., Process for Preparing Chlorinated Lime, U.S. Patent
4,849,201, Assigned to U.S. Army, July 18, 1989.
BIBLIOGRAPHY
Amoco Reports (Through 1996)
·Zamejc, E., Flare Header Simulation/Design for Two-Phase Systems, Amoco Corporation Research
Memorandum ACRM96-07, December 18, 1996.
·Zamejc, E., 90,000 Gallon Propane Tank Relief System Design, Dome Petroleum, Iowa City, Project No. 1566-
01-2948, October 3, 1996.
·Zamejc, E., Die Fire Consequence Assessment - Pentane, 1,1-Difluoroethane (R152a), Propane, and
Isopentane/Carbon Dioxide, Amoco Foam Products, Smyrna, Project No. 3436-02-0368, September 3,
1996.
·Zamejc, E., Tube Rupture Relief System Design for FE-305 Reactor Offgas Heat Exchanger, Amoco Chemical
Sector, Decatur, Project No. 3356-06-0378, August 19, 1996.
·Zamejc, E., Die Fire Consequence Assessment - Butane, Amoco Foam Products, Smyrna, Project No. 3436-02-
0368, July 17, 1996.
·Zamejc, E., Review of {Proprietary} Trial Relief System Design Calculations, Amoco Chemical Sector, Texas
City, Project No. 3386-01-0349, July 5, 1996.
·Zamejc, E., Feedstream Autoignition Temperature, Amoco Corporation, Armand Bayou, Project No. 3356-03-
0361, May 7, 1996.

Amoco Reports (Through 1996) continued.
Zamejc, E., Review of Methyl Chloride System Relief Design, Amoco Chemical Sector, Marietta, Project No.
3456-02-0364, May 6, 1996.
·Zamejc, E., Review of MX-2 Siting HAZOP Scenarios for Drainage Requirements, Amoco Corporation,
Armand Bayou, Project No. 3326-16-0367, April 17, 1996.
·Zamejc, E., Review of Contractor Relief System Calculations, PX-1 Expansion Project, Amoco Chemical
Sector, Texas City, Project No. 3386-01-0339, March 19, 1996.
·Zamejc, E., RV-172 Relief System Design, Amoco Chemical Sector, Texas City, Project No. 3386-02-0339,
February 21, 1996.
·Zamejc, E., Reliability Analysis of Whiting Power Recovery Train (PRT), Amoco Petroleum Products Sector,
Project No. 2285-02-A151, December 28, 1995.
·Zamejc, E., Guidelines for Determining Relief Requirements for Thermal Expansion of Liquids in Vessels,
Heat Exchangers, Piping, and Other Equipment, Amoco Corporation Research Memorandum, ACRM95-
22, December 15, 1995.
·Zamejc, E., Reliability Analysis of Whiting No. 3 Power House, Amoco Petroleum Products Sector, Project No.
2285-02-A151, November 30, 1995.
·Zamejc, E., Relief System Sizing for KE-101 (Shell-Side), EE-302 (Shell-Side), and KE-227A, B, and C (Shell-
Sides), Amoco Chemical Sector, Decatur, Project No. 3355-03-0327, September 19, 1995.
·Zamejc, E., Safety Review of Acetylene Removal from Ethylene Feedstock Through
Adsorption/Hydrogenation, Amoco Chemical Sector, Naperville, Project No. 9175-28-0751/28-1150-04,
September 19, 1995.
·Zamejc, E., Process Safety Support for Planned Butane Pipeline Tie-In, Amoco Chemical Sector, Joliet, Project
No. 3375-04-0314, August 15, 1995.
·Zamejc, E., MAN Unit Siting HAZOP Safety Recommendation S5, S11, S14, and S30, Amoco Chemical
Sector, Joliet, Project No. 3375-03-0253, August 15, 1995.
·Zamejc, E., Mobiltherm 603 Consequence Calculations in Support of Willow Springs Siting HAZOP, Amoco
Chemical Sector, Joliet, Project No. 3375-07-0324, June 16, 1995.
·Zamejc, E., Cooper River NAPTA Anaerobic Waste Water Project: Location and Height of Biogas Vent,
E&C Chemical Projects, Armand Bayou, Project No. 3325-17-0323, June 15, 1995.
·Zamejc, E., MAN Unit Siting HAZOP Safety Recommendation No. S38. Prediction of NF-100 Flammability
Potential, Amoco Chemical Sector, Joliet, Project No. 3375-03-0253, May 31, 1995.
·Zamejc, E., Contractor Relief System Calculations for No. 2 Paraxylene, PX-73, Amoco Chemical Sector,
Decatur, Report No. 95142NAP0166, May 17, 1995.
·Zamejc, E., Polysulfone and MPPU Siting HAZOP Support, Amoco Performance Products, Inc., Marietta,
Project 3354-02-0321, May 15, 1995.
·Zamejc, E., HBr Release Consequence Modeling for Cooper River No. 2 PTA Siting HAZOP, E&C Chemical
Projects, Armand Bayou, Report No. 95142NAP0329, May 11, 1995.

Amoco Reports (Through 1996) continued.·
Zamejc, E., MAN Unit Siting HAZOP Recommendation S21, Review of Butane Sphere Relief System, Amoco
Chemical Sector, Joliet, Report No. 95129NAP0404, May 10, 1995.
·Zamejc, E., Effect of North Flare Thermal Radiation Load on T268, Amoco Petroleum Products Sector, Salt
Lake City Refinery, Report No. 95135NAP0379, May 8, 1995.
·Zamejc, E., IPA M-Xylene Rail Car Spill Containment Evaluation, Amoco Chemical Sector, Joliet, Report No.
95135NAP0232, May 8, 1995.
·Zamejc, E., Relief System Design for Propane Condensers at Ulysses Gas Plant, Amoco Exploration and
Production Sector, Denver, Project No. 1535-07-2782, March 29, 1995.
·Zamejc, E., Reliability Analysis of Edeco Gasoline Additive System, Amoco Petroleum Products Sector,
Naperville, Report No. 95088NAP0268, March 27, 1995.
·Zamejc, E., MAN Unit Control Room Blast/Thermal Radiation Parameters, Amoco Chemical Sector, Joliet,
Report No. 95083NAP0189, March 15, 1995.
·Zamejc, E., TMA Unit Siting HAZOP Support, Amoco Chemical Sector, Joliet, Report No. 94357NAP0062,
December 22, 1994.
·Zamejc, E., Vinyl Methyl Ether Storage Facility Siting HAZOP Support, Amoco Chemical Sector, Naperville,
Report No. 94357NAP0064, December 21, 1994.
·Zamejc, E., Polybutene Unit Siting HAZOP Support, Amoco Chemical Sector, Whiting, Report No.
94357NAP0060, December 20, 1994.
·Zamejc, E., MAN Unit Siting HAZOP Support, Amoco Chemical Sector, Joliet, Report No. 94357NAP0031,
December 15, 1994.
·Zamejc, E., Relief System Design for the Tube-Side of KE-225 Filtrate Heater and KE-226 Wash Column
Melt Heater, Amoco Chemical Company, Decatur, Report No. 94357NAP0095, December 14, 1994.
·Zamejc, E., Relief System Design for the Proposed Decatur PX Slurry Wash Column and Slurry Drum,
Amoco Chemical Company, Decatur, Report No. 94339NAP0244, November 30, 1994.
·Zamejc, E., Process Safety Review of the MAPCO Depropanizer, Hobbs Station, Texas, Amoco Natural Gas
Liquids, Chicago, Report No. 94216NAP0231, August 4, 1994.
·Zamejc, E., Geel Consequence Analysis Support for New Hot Oil Furnace Siting HAZOP, Amoco Chemical
Company, Geel, Belgium, Report No. 94229NAP0172, July 7, 1994.
·Zamejc, E., LPG Bullet Drainage Drawing Review and Related Consequence Analysis, Amoco Canada
Production Company, Sarnia, Ontario, Report No. 94123NAP0076, May 16, 1994.
·Zamejc, E., Consequence Analysis Evaluating Locations of On-site PX Tank and Adjacent Equipment at
Planned Malaysia PTA Plant, Amoco Chemical Company, Chicago, Report No. 94108NAP0254, April
1994.
·Zamejc, E., Priority Ranking of MAN Unit HAZOP Recommendations, Amoco Chemical Company, Joliet,
Report No. 94112NAP0063, April 22, 1994.

·Zamejc, E., MAN Reactor Fault Tree Analysis, Amoco Chemical Company, Joliet, Report No. 94073NAP0153,
March 14, 1994.
·Zamejc, E., Paper for Presentation at May 1994 Russian Process Safety Seminar, Amoco Eurasia Production
Company, Houston, Report No. 94073NAP0064, March 8, 1994.
·Zamejc, E., Consequence Analysis of Butane Railcar Unloading Scenarios, Amoco Chemical Company, Joliet,
Report No. 94053NAP0225, March 1994.
·Zamejc, E., P/15-P/18 Lifecycle Assessment, Amoco Netherlands Petroleum Company, The Hague, Report No.
94041NAP0222, February 10, 1994.
·Zamejc, E., Houston Safety Assessment Rupture Disk Overpressure Protection for Injection Wellhead Relief
Systems, Amoco Production Company, Houston, Report No. 94041NAP0182, February 9, 1994.
·Zamejc, E., Safety Review of Central Flare, Amoco Petroleum Additives Company, Wood River, Report No.
93350NAP0117, December 16, 1993.
·Zamejc, E., Consequence Assessment for Major Accidents II, Amoco Chemical Company, Geel, Belgium,
Report No. 93323NAP0158, November 24, 1993.
·Zamejc, E., Review of Preliminary Risk Assessment for the Proposed ACFE PTA Plant in Kuantan, Pahang,
Malaysia, Amoco Chemical Company, Chicago, Report No. 93323NAP0155, November 24, 1993.
· Zamejc, E., PHIS Program Priority Ranking of HAZOP Recommendations Course Manual, Amoco
Chemical Company, Chicago, Report No. 93361NAP0068, July 1993.
·Zamejc, E., Consequence Modeling of Amoco Pipeline's Wattenberg NGL System, Amoco Pipeline, Denver
Office, Report No. 93169NAP0202, June 16, 1993.
·Zamejc, E., Risk Reduction Benefit of X-raying Block Valves in Relief Systems, Amoco Oil Company, Chicago,
Report No. 93018NAP0016, January 13, 1993.
·Zamejc, E., Consequence Analysis of Desiccator Leaks, Amoco Netherlands Production Company, Alkmaar
Plant, Report No. 93004NAP0044 and 92358NAP0019, December 30, 1992.
·Zamejc, E., Flammable Extent of Clouds Formed by Liquefied Gas Pipeline Releases and the Mitigation
Effect of Isolation Valves, Amoco Corporation Research Memorandum 92-86, December 28, 1992.
·Zamejc, E., Review of Technica's Trinidad Accommodations Fire Risk Analysis, Amoco Production Company,
Houston, Report No. 92350NAP0019, December 11, 1992.
·Zamejc, E., Liquefied Gas Pipeline Release Model, Amoco Corporation Research Memorandum 92-75,
November 19, 1992.
·Zamejc, E., HAZOP Recommendation Work, Amoco Chemical Company, Whiting, Report No. 92311NAP0008,
November 5, 1992.
·Zamejc, E., Fire Exposure Relief Valve Requirements for Tanks Conforming to API-620, Amoco Chemical
Company, Chocolate Bayou, Report No. 92276NAP0026, October 1, 1992.
·Zamejc, E., Fault Tree Analysis of the Wood River Polypropene Reactor, APAC, Wood River, Report No.
92273NAP0110, September 28, 1992.

Zamejc, E., Geel Biogas Flare Stack Gas Cloud Explosion Potential, Amoco Chemical Company, Chicago,
Report No. 92266NAP0043, September 22, 1992.
·Zamejc, E., Review of ACC Standard Engineering Specification 27C-1, Amoco Chemical Company, Chicago,
Report No. 92255NAP0012, September 10, 1992.
·Zamejc, E., Report on Two Items from Trip to Wood River, Amoco Petroleum Additives Company, Wood
River, Report No. 92229NAP0003, August 16, 1992.
·Zamejc, E., Oxidation Reactor Acetic Acid Releases, Amoco Chemical Company, Geel, Belgium, Report No.
92220NAP0069, August 5, 1992.
·Zamejc, E., et al., Incident Report on the Building 800 Tank Explosion, Amoco Corporation, Report No.
92217NAP0075, August 4, 1992.
·Zamejc, E., Consequence Modeling of Amoco Pipeline Chemical System, Amoco Pipeline Company, Oakbrook,
Report No. 92206NAP0106, July 23, 1992.
·Zamejc, E., Control Room Design for New Polypropylene Unit, Amoco Chemical Company, Geel, Belgium,
Report No. 92167NAP0069, June 11, 1992.
·Zamejc, E., Decatur Anaerobic Waste Water Treatment Project, Est. No. 9151, Location and Height of
Biogas Vent, Amoco Chemical Company, Chicago, Report No. 92163NAP0203, June 11, 1992.
·Zamejc, E., Priority Ranking of HAZOP Recommendations, Amoco Chemical Company, Cooper River, Report
No. 92141NAP0257, May 20, 1992.
·Zamejc, E., Priority Ranking of HAZOP Recommendations, Amoco Chemical Company, Chocolate Bayou,
Report No. 92140NAP0086, May 5, 1992.
·Zamejc, E. and Warke, W., Risk Analysis of Refinery Butane Spheres, Amoco Oil Company, Texas City
Refinery, Report No. 92006NAP0184, May 3, 1992.
·Zamejc, E., Failure Mode and Effects Analysis (FMEA) for Furnaces, Boilers and Fired Heaters, Amoco Oil
Company, Chicago, Report No. 92111NAP0034, April 22, 1992.
·Zamejc, E., Failure Mode and Effects Analysis of Proposed Guidelines for Excess Air Control, Amoco Oil
Company, Chicago, Report No. 92100NAP0065, April 9, 1992.
·Zamejc, E., Decatur Anaerobic Waste Water Treatment Project, Location of Biogas Flare, Amoco Chemical
Company, Decatur, Report No. 92093NAP0318, April 2, 1992.
·Zamejc, E., Joliet Anaerobic Waste Water Treatment Project, Est. No. 9036, Location of Biogas Flare, Amoco
Chemical Company, Joliet, Report No. 92090NAP0149, March 25, 1992.
·Zamejc, E., Geel Anaerobic Waste Treatment Unit, Amoco Chemical Company, Chicago, Report No.
92079NAP0169, March 19, 1992.
·Zamejc, E., Priority Ranking of HAZOP Recommendations, Amoco Chemical Company, Texas City, Report
No. 92076NAP0020, March 13, 1992.
·Zamejc, E., Consequence Assessment for Major Accidents, Amoco Chemical Company, Geel, Belgium, Report
No. 92050NAP0134, February 19, 1992.

·Zamejc, E., Geel Anaerobic Biogas Flare, Amoco Chemical Company, Geel, Belgium, Report No.
92037NAP0126 and 92042NAP0090, February 6, 1992.
·Zamejc, E., Augusta Review for Modularized MCB Batch Still Location, Amoco Performance Products Inc.,
Greenville, Report No. 91249NAP0026, September 6, 1991.
·Zamejc, E., Flammability Calculations for Nitrous Oxide/Methane Reactions, Amoco Oil Company, Report
No. 91252NAP0033, September 6, 1991.
·Zamejc, E., Flammability of HHD401 First Crystallizer Overhead, No. 5 Oxidation Unit. HAZOP
Recommendation S42, Amoco Chemical Company, Decatur, Report No. 91249NAP0045, September 6,
1991.
·Zamejc, E., Review of OSBL Utilities Boiler Location, Amoco Performance Products Inc., Greenville, Report No.
91229NAP0002, August 16, 1991.
·Zamejc, E., Consequence Analysis of Propylene Sphere Failure, Amoco Chemical Company, Geel, Belgium,
Report No. 91229NAP0001, August 16, 1991.
·Zamejc, E., Flammability of Methanol, Carbon Monoxide and Methane Mixtures, Amoco Oil Company,
Report No. 91229NAP0003, August 14, 1991.
·Zamejc, E., QRA of Block Valves Around Relief Valves, Amoco Chemical Company, Chocolate Bayou, Report
No. 91172NAP0090, June 21, 1991.
·Zamejc, E., Geel Anaerobic Biogas Flare, Amoco Chemical Company, Chicago, Report No. 91169NAP0121,
June 18, 1991.
·Zamejc, E., CEU-26, Building 307 Phase Safety Review Issues, Amoco Chemical Company, Naperville, Report
No. 91164NAP0289, June 11, 1991.
·Zamejc, E., HAZOP Safety Recommendation S19, Corsicana Plant Butane System, Amoco Performance
Products, Inc., Corsicana, Report No. 91266NAP0067, August 5, 1991.
·Zamejc, E., Flammability of MTBE in Oxygen/Nitrogen/Catalyst Streams, Amoco Oil Company, Report No.
91144NAP0162, May 22, 1991.
·Zamejc, E., Joliet Anaerobic Waste Water Treatment Project. Location of Biogas Flare, Amoco Chemical
Company, Chicago, Report No. 91137NAP0080, May 1, 1991.
·Zamejc, E., Flammability Analysis for Addition of Oxygen to TA/PTA Recycle Stream, Amoco Chemical
Company, Report No. 91121NAP0123, May 1, 1991.
·Zamejc, E., Flammability Calculations for AU-128 Feed and Proposed Recycle Streams, Amoco Chemical
Company, Report No. 91121NAP0158, May 1, 1991.
·Zamejc, E., Augusta General Facility Additions, Amoco Performance Products Inc., Greenville, Report No.
91102NAP0005, April 12, 1991.
·Zamejc, E., Flame Arresters for Amodel Commercial, Amoco Performance Products Inc., Augusta, Report No.
91084NAP0138, March 26, 1991.

Zamejc, E., Flare System for Amodel Commercial Unit, Amoco Chemical Company, Chicago, Report No.
91080NAP0054, March 15, 1991.
Battelle Reports
·Zamejc,E. and Minton,L., Hazard and Operability Study of the Cyclohexanone Production Facility, Final
Report, Business Sensitive, February 21, 1991.
·Zamejc, E., Effect of Ventilation and Drainage Area on the Organic Drum Building Fire Calculations, Report
to Ontario Waste Management Corporation, February 20, 1991.
·Zamejc, E., Reliability Evaluation of the Organic Drum Building Fire Protection System, Report to Ontario
Waste Management Corporation, February 20, 1991.
·Zamejc, E., HAZOP Study of the Plant 18 Alcohol Converter Process at the UOP McCook Plant, Report to
UOP, January 25, 1991.
·Zamejc, E., HAZOP Study of the Plant 2 Reductive Alkylation Process at the UOP McCook Plant, Report to
UOP, January 21, 1991.
·Zamejc, E., Failure Modes and Effects Analysis (FMEA) on the Plant 18 Fired Heaters at the UOP McCook
Plant, Report to UOP, January 16, 1991.
·Zamejc, E., HAZOP Study of the Cashman Process, Report to Arco Coal Company, October, 1990.
·Battelle, Potential for Off-Site Impacts from Clean Harbors Facility Due to Adjacent Tank Farm Fire, Report
to Clean Harbors Inc., September, 1990.
·Zamejc, E., et al., Risk Assessment Study for the Proposed Styrene Tank at 305 Crenshaw Blvd. for Dow
Chemical, Report to City of Torrance, California Fire Department, June 25, 1990.
·Mesloh,R.; Zamejc,E.; Leis,B.; Hanna,W.; Rosenfeld,M., Risk Assessment of a Propane Refrigeration System,
Report to CITGO Petroleum Corporation, March 23, 1990.
·Schwerzel,R.E., Spahr, K.B., Behrer, P.C., Wielonski, R.F., Wood,V.E. and Zamejc,E.R., Hydrogen Production
with Photoactive Semiconductor Catalysts Stabilized by Metallized Plasma Polymer Coatings, Final
Report to Brookhaven National Laboratory, November 13, 1989.
·Zamejc,E.R. and Shafaghi,A., Literature Search of Overpressure Impact on Structures, Report to Exxon
Company USA, October 16, 1989.
·Tabatabai, A. S.; et al, DOE Facility Hazard Audit Procedures Guide, Report to U.S. Department of Energy,
October, 1989.
·Zamejc,E.R., Sensitivity of OWMC Off-Site Accident Consequences to Waste Type, Report to Ontario Waste
Management Corporation, August 28, 1989.
·Zamejc,E.R., Hazard Analysis of OWMC Treatment Facility. Summary of Onsite Facility Risk for Typical
Wastes, Report to Ontario Waste Management Corporation, July 11, 1989.

Battelle Reports Continued.
·Battelle, Hazard Identification and Assessment Task. Part 2: Consequence and Impact Assessment, Final
Report to HMM Associates, Inc., June 15, 1989.
·Fellner,S., Zamejc,E.R. and Frank,G.L., Effects of Smoke on M17A1 and M40 Mask Filters, Confidential Final
Report on Contract DLA-900-86-C-2045, Task 103 to U.S. Army, Dugway Proving Ground, January 1989.
·Leverenz,F.L., Johnson,R.W., Zamejc,E.R., Minton,L.A. and Goldthwaite, W.H., Hazard Analysis of OWMC
Treatment Facility. Summary of Facility Risk for Typical Wastes, Final Report to Ontario Waste
Management Corporation, December 21, 1988.
·Thompson,R.E., Ahlbeck,D.R. and Zamejc,E.R., Hazardous Materials Car Placement in a Train Consist, Final
Report, Federal Railroad Administration, November 1988.
·Zamejc,E.R., Doner,J.L., and Frank,G.L., Effects of Airflow on DS-2, Final Report on Contract DLA-900-86-
2045, Task 79 to U.S. Army, Dugway Proving Ground, October 1988.
·Zamejc,E.R. and Tylock,B., Hazard and Operability Study of the Hydrogen Plant and the Second Stage
Hydrogenation Unit, Final Report, Business Sensitive, June 9, 1988.
·Johnson,R.W., Wagner,D.P., Zamejc,E.R., Hesse,D.J. and Turner,B.K., Quantitative Process Risk Analysis -
Ethylene Oxide Production Unit, Final Report, Business Sensitive, December 11, 1987.
·McNeely,J.J., Gubiotti,R.A., Bailey,P.E., Pfau,J.P., Booton,D.J., Hinds, P.E., Miller,T.M., Johanns,K.J.,
Zamejc,E.R., Tauschek,S.M., and Bechtel, B.S., Development of a Chemical Defense Data Base, Final
Report (AFWAL-TR-87-4053) to U.S. Air Force Wright Aeronautical Laboratories, July 1987.
·Battelle Columbus Division, Preliminary Hazard Analysis on Process Engineering Facility, Final Report to
U.S. Army Chemical RD&E Center, July 27, 1987.
·Bell,B.J., Rose,S.E. and Zamejc,E.R., Human-Reliability and Sensitivity Analyses Supporting the Chemical
Munitions Demilitarization Risk Assessment, Final Report to GA Technologies, July 10, 1987.
·Zamejc,E.R. and Johanns, K.J., Collective Protection System Integration Study (CPSIS). Formulation and
Study of Individual Subsystem Concepts, Final Report to USAF Systems Command, Aeronautical
Systems Division/ AFWAL/FIEE, March 1987.
·Zamejc,E.R., Mezey,E.J., Hayes,T.L., Coffman,R.C. and Girod,F.T., Chemical Agent Decontamination
Technology Assessment, Final Report to Naval Civil Engineering Laboratory, October 1986.
·Schultz,A.C., Reidy,J.J., Garrett,S.M. and Zamejc,E.R., Feasibility of Automated Decontamination, Final Report
to Chemical Research, Development and Engineering Center, July 22, 1986.
·Frank,G.L., McInerney,S.R., Newman,D.C. and Zamejc,E.R., Feasibility Study of a Chemically Hardened Air
Transportable Hospital (CHATH), Final Report to U.S. Air Force Aeromedical/Casualty System Program
Office, July 1986.
·Zamejc,E.R., Hillman,M.E.D., Carlton,H.E., and Smith,R.K., Non-Aqueous Equipment Decontamination
System (NAEDS) Compatibility, Availability, and Cost, Final Report to U.S. Army Chemical Research
and Development Center, April 24, 1986.

·Zamejc,E.R., Mezey,E.J., Hayes,T.L., Wetzel,D.K., and Garrett, B.C., Development of Novel Decontamination
Techniques for Chemical Agents (GB,VX,HD) Contaminated Facilities. Phase II - Laboratory
Evaluation of Novel Decontamination Concepts, Final Report AMXTH-TE-TR-85012 to U.S. Army
Toxic and Hazardous Materials Agency, June 21, 1985.
·Zamejc,E.R., Hayes,T.L., Outterson,G.G., and Mezey,E.J., Development of Johnston Atoll Chemical Agent
Disposal System (JACADS) Decontamination Data Base Using the XXX Criteria of DARCOM
Regulations 385-31 and 385-102, Test Report on Scientific Services Program TCN 84-502 to U.S. Army
Toxic and Hazardous Materials Agency, May 17, 1985.
·Zamejc,E.R., Benecke,H.P., Wetzel,D.K., Mondron,P.J., and Mezey, E.J., Nitrosamine Formation in Liquid
Propellants, Final Report (AMXTH-TE- TR-84312) to U.S. Army Toxic and Hazardous Materials Agency,
January 1985.
·Zamejc,E.R., Kim,B.C., Fancelli,J.J., and Smith,R.K., Development of a Pilot Process for Supertropical Bleach
Production, Final Report on Contract DAAK11-82-C-0116, Effort 1 to U.S. Army AMCCOM Chemical
Research and Development Center, November 30, 1984.
·Zamejc,E.R., Wetzel,D.K., and Mezey,E.J., Phosphorus Smoke Decontamination, Final Report on Scientific
Services Program TCN84-425 to Naval Civil Engineering Laboratory, September 28, 1984.
·Wyant,R.E., Harsh,S.S., Nixon,J.R., and Zamejc,E.R., Organic Synthesis of Octyl Pyridinium 4-Aldoxime
Bromide (OPAB), Final Report on ARO STAS TCN-84-273 to U.S. Army Toxic and Hazardous Materials
Agency, June 26, 1984.
·Meseke,E.L., Roux,R.G., Balachandran,M., Ballantyne,W.E., Carlton,H.E., Hopper,D.R., Mosholder,M.B.,
Zamejc,E.R., and Diggins,C.F., Task 16, Design Narrative, Volume I of Detailed Design Package for BZ
Disposal Plant Process Systems, Final Report on Contract DAAK11-81-C-0080 to U.S. Army Toxic and
Hazardous Materials Agency, November 1983.
·Zamejc,E.R., Mosholder,M.B., Carlton,H.E., Ballantyne,W.E., and Balachandran,M., Task 16, Design
Calculations, Volume VIII of Detailed Design Package for BZ Disposal Plant Process Systems, Final
Report on Contract DAAK11-81-C-0080 to U.S. Army Toxic and Hazardous Materials Agency, November
1983.
·Benecke,H.P., Zamejc,E.R., Nixon,J.R., Garrett,B.C., Carlton, H.E., Gaughan,P.J., Graham,S.M., Hallowell,J.B.,
Vanek,D.G., Vutetakis,D.G., and Mezey,E.J., Development of Novel Decontamination and Inerting
Techniques for Explosives Contaminated Facilities, Volume I and II, Phase I - Identification and
Evaluation of Novel Decontamination Concepts, Final Report DRXTH-TE-CR-83211 to U.S. Army Toxic
and Hazardous Materials Agency, July 1983.
·Zamejc,E.R., Fire Protection System, Final Report on Contract DAAK11-81-C-0080 to U.S. Army Toxic and
Hazardous Materials Agency, June 28, 1983.
·Mezey,E.J., Coutant,R.W., Zamejc,E.R. and Mohler,P.S., Physical Properties and Combustion Kinetics of
TMA/TEA and TMA/ TEA/DEAH Mixtures. Phase I. Key Physical Property Measurements, Final
Report AEDC-TR-82-18 to Arnold Engineering Development Center, March 1983.

·Grotta,H.M., Nixon,J.R., Zamejc,E.R., Carlton,H.E., Gaughan,P.J., Graham, S.M., Hallowell,J.B., Hetrick,H.R.,
Vanek,D.G., Vutetakis,D.G. and Mezey, E.J., Development of Novel Decontamination Techniques for
Chemical Agents (GB, VX, HD) Contaminated Facilities. Phase I - Identification and Evaluation of
Novel Decontamination Concepts, Final Report DRXTH-TE-CR-83208 (AD-B073 052L and AD-B073
034L) to U.S. Army Toxic and Hazardous Materials Agency, February 1983.
·Carlton,H.E., Hall,R.L., Kim,B.C., Zamejc,E.R. and Zeidman,G.G., An Engineering Analysis to Evaluate the
Status of Stick Propellant Production Capabilities, Final Report to Black & Veatch Consulting Engineers,
October 20, 1982.
·Weller,A.E. and Zamejc,E.R., Task 6 Test Report on BZ Incineration, Final Report on Contract
DAAK11-81-C-0080 to U.S. Army Toxic and Hazardous Materials Agency, August 27, 1982.
·Zamejc,E.R, Richardson,W., Miller,J.F., and Smith,R.K., Supertropical Bleach (STB) Process Evaluation of
Double-Salt Liquid Reactor Process, Final Report (AD-B077 635L) to U.S. Army ARRADCOM
Chemical Systems Laboratory, March 30, 1982.
·Zamejc,E.R., Task 2 Subtask B Final Report on Preliminary Munition Disassembly Concepts, Contract
DAAK11-81-C-0080 to U.S. Army Toxic and Hazardous Materials Agency, March 1982.
·Zamejc,E.R. and Stambaugh,E.P., Hydrothermal Regeneration/Production of Catalysts for Coal Liquefaction
and Petroleum Refining, Internal Summary Report 355-5664, Battelle Columbus Laboratories, February
10, 1982.
·Miller,J.F., Zamejc,E.R., Reidy,J.J., Smith,R.K., Clark,R. and Carpenter, J.P., Process Engineering Studies on
Supertropical Bleach (STB), Summary Report on Contract DAAK11-80-C-0106 to U.S. Army
ARRADCOM Chemical Systems Laboratory, July 8, 1981.

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