Process Safety Progress

Papers
(The median citation count of Process Safety Progress is 0. The table below lists those papers that are above that threshold based on CrossRef citation counts [max. 250 papers]. The publications cover those that have been published in the past four years, i.e., from 2021-11-01 to 2025-11-01.)
ArticleCitations
Causation analysis of fire explosion in the port's hazardous chemicals storage area based on FTA‐AHP28
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Risk analysis of climate change effects on chemical processes14
Winter 2022 Safety and Health News13
Advanced consequence modeling and risk analysis13
Flame morphology of dual jet fires ejected from a spherical tank13
Numerical study of failure modes of hazardous material tanks exposed to fire accidents in the process industry13
Using credible failure rates for SIS ensures process safety: A summary of the panel discussion11
Correction to Book Review of “Fire Protection Handbook®: National Fire Protection Association ( NFPA ). Vol 1 and 2. 21st ed. 2023. p. 3800. $749. 11
Hazards of lithium‐ion battery energy storage systems ( BESS ), mitigation strategies, minimum req10
Cause analysis framework from a safety capability perspective: Application to Tianjiayi hazardous chemical explosion accident10
Consequence analysis in industrial organizations containing H 2 S 10
Hazard and operability study of cryogenic hydrogen circulation systems in China Spallation Neutron Source Phase II project10
Correction to “Error propagation and uncertainty analysis: Application to fault tree analysis”10
Modified analytic hierarchy process for risk assessment of fire and explosion accidents of external floating roof tanks9
Risk‐based facility siting of CO2 pipelines9
Flammable hazards of BESS failures9
Experimental evaluation of restricted lift effects on pressure relief valve stability and system dynamics9
Decision‐making regarding safety investments: A case study of fluidized‐bed reactors8
Reliability in mass alert system for dam emergencies: Case study of Vale S/A8
Process safety in bioenergy with carbon capture and storage systems (BECCS)8
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Process Safety for Engineers: An introduction, second edition. By Center for Chemical Process Safety (CCPS), Hoboken, NJ: John Wiley & Sons, Inc. 2022. pp. 514. ebook ISBN: 978‐1‐119‐83100‐6; $1388
Risk assessment of a liquefied natural gas process facility using bow‐tie and Bayesian networks7
Human factor analysis and classification system for the oil, gas, and process industry7
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Managing safety critical equipment and design performance standards in major capital projects ‐ BP mad dog 2 project7
Decision‐making analysis in post‐fire and explosion aftermath assessment tool: A fuzzy cognitive mapping approach7
The effectiveness of behavior‐based safety observation program (BSOP) in the chemical manufacturing industry7
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Offshore coxswain competency evaluation model for internal on‐board competency monitoring and assessment6
Managing the risk of continued operation with out‐of‐service safety instrumented system devices6
Toward fundamental improvements to engineering models for gas explosions in complex geometries by utilizing experimental results in conjunction with highly resolved numerical simulations6
Machine learning boosted first principles model predictions of DSC decomposition energies for early‐stage material screening6
Leading by example: Culture, leadership, and accountability6
In memory of Joseph F. Louvar, 1935–2023, former Editor‐in‐Chief of Process Safety Progress6
The evergreen process hazard analysis: An essential next step6
Risk assessment of solid desiccant dehydration package system using safety integrity level‐based safety instrumented system design approach6
Experimental investigation on flame morphology and improved flame radiation model of rectangular heptane pool fire5
Risk assessment of an offshore green hydrogen production system5
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Analysis and improvement of hot work management in China5
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Inhibition behavior and heat transfer of flame spread over liquid fuel with the influence of a step obstacle in the gas phase5
Size‐dependent failure behavior of commercially available lithium‐iron phosphate battery under mechanical abuse5
Human factors analysis of a fatal gas explosion on June 13, 2021 in Shiyan City, China5
Loss prevention learnings from Beirut and similar ammonium nitrate explosions5
Statistical concepts and data requirements for valid failure rate estimation5
An integrated health risk assessment with control banding for nanomaterials exposure5
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Building proactive organizational resilience against the risk of major process safety incidents5
Integration of Bayesian network with fuzzy analytical hierarchy process for determining the pipeline conditions5
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Improving pressure relief device (PRD) inspection intervals through critical industrial accident analysis and field investigation in Korea4
Exploring the effects of automation malfunction on team communication and coordination in ships' engine rooms4
MOC 102: Get more out of MOC systems than “just managing changes”4
Process Safety Division News4
Risk assessment of LNG bunkering vessel operation based on formal safety assessment method4
Omission of important concepts in two articles on laboratory safety in PSP, Vol. 42, No. 4 December 20234
Ammonium nitrate & fertilizer safety. By Kishore D.Shah. Fertilizer & Nitrate Safety. 2022. pp. 294. ISBN: 9781914584213. £80 (hardcover), www.FertilizerAndNitrateSafety.com4
Modeling and risk analysis of large‐scale crude oil pool fire on an offshore facility4
Measuring the safety climate in China's chemical industry and investigating the influencing factors: A case study of a large enterprise4
Research on the frequency of battery energy storage system failures4
Optimization of QRA tools & Power BI interrogation to support agile risk‐informed decision‐making4
A new look at safety metrics in a world of evolving operational practices3
AI‐PSM: Where are we now?3
Special Issue: International Conference and Exhibition on Loss Prevention Asia 2021 (LPA 2021)3
Implementation of quantitative risk and cost–benefit analysis in an aging offshore facility3
Consequences analysis of a natural gas pipeline: The case of the trans‐Anatolian natural gas pipeline3
Legend of process safety3
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Info for Authors3
Change of location class in gas pipelines from a regulatory perspective3
ENPS 101—Back to school for process safety3
Expanding from LOPA to quantitative bow tie analysis3
Risk assessment method in relation to coal mine gas explosion based on safety information loss3
A risk‐based evaluation of safe distance for a hydrogen refueling station3
Application of process safety management principles to laboratory safety management3
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The effects of geometrical flame feature on radiant heat flux prediction of horizontal jet flames using line source model3
Process safety education: Validating the concepts for a process safety program (article 2/2)3
Exploring key safety terminology through simulation: Definitions and practical insights3
Review of the layer of protection analysis results after process safety incidents3
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Application of machine learning methods for process safety assessments3
A gas detector planning method that considers the area and zone based on the range of influence of chemicals with high vapor pressure3
Young professional's integration framework in process safety management, based on the lean principles3
Red Squirrel Tests: Air Products' ammonia field experiments3
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Paradigm of sustainable process safety management for industrial revolution 4.0: A circular economy and sustainability perspective3
Risk identification of integral pressurized water reactor (IPWR) cooling system using a combination HAZOP, FMEA, and FTA methods3
Performance evaluation of safety barriers based on multidimensional deconstruction2
Developing offshore fatigue assessment application to measure fatigue among offshore workers in Malaysia2
Evaporation of anhydrous ammonia from small concrete coupons and implications regarding evaporation from a large accidental spill on concrete2
Understanding and managing hazards of lithium‐ion battery systems2
So, you cannot vent: A deep dive into other explosion protection methods2
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An introduction to system safety engineering. By Nancy G.Leveson, Cambridge, MA :The MIT Press. 2023. ISBN 9760262546881|ISBN 9870262376761 (epub). $75.00 H2
The role of motivation in human performance and in minimizing the impact of human error2
Incidence investigation of accidents in chemical industries: A comprehensive study based on factor analysis2
Integrating cybersecurity into the risk‐based process safety (RBPS) program2
“We'll know we have a problem, and we'll fix it!” – Overestimating human response as a safeguard2
Info for Authors2
Process safety education and training in academic institutions in China: A brief introduction2
Redesign identification criteria for major hazard installation in Malaysia2
Important safety considerations for arrangement of flammable storage tanks: Thermal radiation effects with meteorological conditions2
Mini review on environmental issues concerning conventional gas hydrate inhibitors2
Diagnosing electrostatic problems and hazards in industrial processes: Case studies2
Environmental, social, governance: The future of process safety management or repeat of the past?2
On the use of AI chatbots for process safety2
Concurrent design error, poor welding, and code inadequacy cause jet‐FIRE on a topping column2
Lessons from an explosion accident in Linyuan Petrochemical Park of Taiwan: From the perspectives of process safety management2
Summer 2022 Safety and Health News2
Experimental study of explosion overpressure and flame propagation of micro‐sized and nanosized iron powder2
Overview of Li‐ion battery energy storage system failures and risk management considerations2
A review of fire mitigation methods for li‐ion battery energy storage system2
Process Safety Primer—June 20232
Comparison between simulation and conventional training: Expanding the concept of social fidelity2
Experimental evaluation of individual effects of water mist spray characteristics on thermal radiation attenuation using twin‐fluid nozzles with full‐cone spray pattern2
Study of explosion relief mechanisms in lateral explosion relief conduits of gas pipelines2
The legacy of the Mary Kay O'Connor Process Safety Center2
Kinetics for the sulfuric acid‐catalyzed reactions of ethylene oxide with water and ethylene glycols2
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Process hazard evaluation for the epoxidation of soybean oil with calorimetry techniques2
Effectively use metrics as part of process safety feedback and learning systems to monitor and improve performance2
Safety and Health News2
A review on supervised machine learning for accident risk analysis: Challenges in Malaysia2
Study on statistical indicators of economic loss of major chemical accidents1
Quantitative risk assessment for ammonia ship‐to‐ship bunkering based on Bayesian network1
Considerations for the safe handling and processing of unstable materials1
An investigation of maximum experimental safety gap of CH4H2 blended fuel at different initial pressures1
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Dust explosion hazards in animal feed production in Brazil: A process safety review1
Lessons learned in confined space entry management after a gas poisoning accident in China1
Structural response for vented hydrogen‐air deflagrations: Effects of volumetric blockage ratio1
Application of fuzzy logic and machine learning techniques to improve inherently safer design in process safety management: A brief study1
Simplified approach for making risk decisions in a fast‐paced business environment1
Verification of intrinsic safety on instrumentation loop1
Application and challenges of layers of protection analysis (LOPA) in mining processes: Insights into benefits and limitations1
Evaluation of risk associated with treatment of fat, oil, and grease: Grease interceptor from food processing industry effluent using bowtie analysis1
Info for Authors1
Gone with the wind: Ventjet is a new engineering model for atmospheric dispersion1
Analysis of a third‐party action incident in a gas pipeline: A case study of the Cuiabá Lateral Pipeline in Brazil1
The growth of process safety practice in China1
Info for Authors1
Pros and cons of non‐sparking tools1
Introductions from the new editors of Process Safety Progress1
Explosion mitigation of methane–air mixture in combined application of HFC‐227ea/CO2 and ultrafine water mist in the pipeline1
Retrospective on the risk matrix, part II: Mathematics1
Managing the risk of MOC1
Embracing the future of chemical engineering: Energy transition to hydrogen1
Dispersion modeling: Think before you model1
Artificial intelligence (AI) and process safety: Some cautionary observations1
Computer‐aided design of insect‐repellent formulation with inherent safety assessment1
Development and application of process safety competency framework in agroindustry: A case study1
Blue skies, green risk matrices: Managing the hazards associated with air pollution control equipment1
Importance of “SMART valve positioners” in testing of final control elements in safety instrumented systems application1
Comprehensive risk assessment approach for storage tank facilities against hazards including fire, explosion, and earthquake1
Understanding the depressurization system design1
Exercising operational agility in virtual training sessions1
Risks and limitations of steam curtains protection in case of flammable gases leakage1
Writing in the margins: Considerations for safe operating limits1
Energy transition technology comes with new process safety challenges and risks—What does it mean?1
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Importance measures for performance shaping factors of human reliability analysis1
Ammonia as a safe alternative for transporting hydrogen1
Improving Process Hazard Analysis (PHA) outcomes to better manage critical controls in mining industry: From PHA to verification in the field1
An integrated system theoretic process analysis with multilevel flow modeling for the identification of cyber‐physical hazards in a process industry1
Adaptive thresholds‐based leak detection using real‐time transient modeling of two‐phase flows1
Experimental study on the effects of N2 and CO2 inerting on methane–ethane–air deflagrations1
Risk assessment of liquid ammonia tanks based on Bayesian network and Probit model1
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Lessons learned from the Barracas accident: Ammonium nitrate explosion during road transport1
Process safety cards—A good deal safer0
Research on inert gas active fire extinguishing technology for storage tank initial pool fire0
Visualizing primary cooling system risks with bowtie diagram for RSG GAS operator guidance0
Just a human error…? Case study of a condensate vessel explosion0
Lessons learned from battery energy storage system (BESS) hazard analyses0
Under investigation; wanted, missing Risk‐Based Process Safety elements0
Evaluation and design of structures to contain lithium‐ion battery hazards0
Pyrophoric behavior of metal dusts0
Process safety management lessons learned from a fire accident caused by the reverse flow of high‐pressure gas in a residual desulfurization process in Taiwan0
Safety assessment through HAZOP‐LOPA‐SIL analysis implementation in the DPA demulsifier production0
Organizational control for safety: A challenge in socioeconomic and natural environment0
Evolutions of the LOPA method to a fully quantified method0
Simulation of the threat zone of benzene released from the safety relief valve in the petrochemical plant in accordance with occupational health, safety, and environmental standards0
Modeling the causes of accidental gas explosions from the perspective of safety information loss0
Total loss of primary containment reporting to improve environmental, social, and governance, sustainability, and process safety performance0
Flame propagation and explosion characteristics of food‐based dust as a function of dust concentration0
Status of the Process Safety Division Newsletter0
Digital twin technology and ergonomics for comprehensive improvement of safety in the petrochemical industry0
Battery failure analysis and characterization of failure types0
Analysis and evaluation of thermal hazards for 2,2′‐azobis (2‐imidazoline) dihydrochloride (AIBI) and its mixtures with incompatible substances0
SIL‐3, SIL‐2, and unicorns (there is a high probability your SIL 2 and SIL 3 SIFs have no better performance than SIL 1)0
Supporting the transfer of knowledge in high‐risk major accident environment0
An alternative methodology addressing United Nations classification type for self‐reactive substances0
Application of layers of protection analysis to prevent coronavirus infection0
National strategies for coordinating process safety and COVID‐19 pandemic control in China0
Tributes to Robert Rosen, long‐time editorial board member of Process Safety Progress0
You Got LIPL0
Consequence analysis, layer of protection analysis, and bow‐tie as strategies to prevent accidents0
Only the best is good enough: Managing the risks of glass in hazardous service0
Safety and Health News0
Very lean hydrogen vapor cloud explosion testing0
Root causes analysis for improved containment integrity in LPG storage: A case study0
Denials, delusions, and bias0
Explosion incidents associated with comprehensive studies on methyl ethyl ketone peroxide under thermal decomposition: A review0
Experimental study on the explosion‐resistant performance of blast walls and doors of gas facilities0
Quantitative analysis of wall thinning of bimetallic clad steel tube based on pulsed eddy current0
A tale of two MOCs: An adventure fable outlining the constant danger of not following proper process safety protocol0
Boiling combustion behaviors and heat feedback of pool fire of diesel fuel–water emulsification0
Safety assessment of wellhead devices on the offshore platform in a shallow gas blowout accident0
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Strong degradation of polycarbonate and polystyrene by the CO2 capture solvent diethyl sebacate0
ALARP demonstration in management of change using quantitative Bowtie analysis risk assessment tool for an offshore gas platform0
An overview of PHA templates and checklists developed for a refining system and lessons learned0
Why the term “operational discipline” is not helpful, and better options for instilling positive process safety culture0
The 1969 Rocky Flats fire – We should not forget0
Hydrogen safety effect calculation (dispersion and thermal radiation effects) for determination of siting and safe distance0
Safety instrumented system design with credible failure rates: The key to achieving plant safety0
Considerations for transient operation—Fire incident0
BowTie analysis of rooftop grid‐connected photovoltaic systems0
Editorial—Special edition—Papers from the Latin American Congresses on Process Safety 2021 and 20220
Legend of process safety—Dennis C. Hendershot0
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Ventdef: A new engineering model for vented gas deflagration based on NFPA 68 (2018)0
Assessing the completeness of safeguard identification in hazards and operability (HAZOP) studies for oil and gas facilities as a quality metric: An Indonesian case study0
Flame behaviors and explosion characteristics of two‐phase propylene oxide/air mixture under different ambient pressures0
Dynamic risk analysis of flammable liquid road tanker based on fuzzy Bayesian network0
Static ignition hazards with plastic containers0
Introduction to grid‐scale battery energy storage system concepts and fire hazards0
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Operational readiness: Good practices for process plant start‐up to avoid process safety accidents0
It all adds up…the impact of cumulative changes on safety and production0
Testing and approval standard development of online dissolved gas analysis monitors for oil‐filled transformers—Part I hydrogen monitors0
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HAZOP, FMECA, monitoring algorithm, and Bayesian network integrated approach for an exhaustive risk assessment and real‐time safety analysis: Case study0
Inherently safer design: Success stories0
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Building design requirements for multi‐hazard protection0
Safety attitudes among workers in Malaysian chemical manufacturing plants0
Industrial emergencies caused by extreme wind0
Safety considerations for hydrometallurgical metal recovery from lithium‐ion batteries0
Quantitative resilient investigation using RIPSHA approach and ANOVA validation for the ammonia storage unit0
Crossing river oil pipeline spill emergency response plan automatic association study based on Apriori‐Topsis0
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