CHEMICAL
ENGINEERING TRANSACTIONS
- VOL.90
Guest
Editors:
Aleš Bernatík, Bruno Fabiano
Copyright © 2022, AIDIC Servizi S.r.l.,
ISBN 978-88-95608-88-4;
ISSN 2283-9216
|
Table
of Contents & Authors Index
|
DOI
|
| Small-scale screening procedure to identify deflagration potential of bulk solids | 1 |
| Aeby Christian, Berset Delphine, Gmeinwieser Thomas, Heinz Luisa, Hoehn Pascale, Obermüller Roland, Schoppel Gerhard, Schwaninger Mischa | DOI:
10.3303/CET2290001 |
| Non-Chemical Process Industry Applications of Bowtie Analysis | 7 |
| Amyotte Paul, Vanberkel Peter, Khan Faisal, Rayner Brown Kayleigh, Turner Lauren, Alauddin Mohammad | DOI:
10.3303/CET2290002 |
| Application of statistical analysis for the identification of critical bottom areas due to corrosion in atmospheric storage tanks | 13 |
| Ancione Giuseppa, Mennuti Canio, Bragatto Paolo, Milazzo Maria Francesca, Proverbio Edoardo | DOI:
10.3303/CET2290003 |
| Risk assessment for ship-to-ship LNG bunkering | 19 |
| Aneziris Olga, Koromila Ioanna A., Nivolianitou Zoe | DOI:
10.3303/CET2290004 |
| Tackling the behaviour of vegetable oil fire in case of maritime accident: towards a crisis management decision support system | 25 |
| Aprin Laurent, Cotte Laura, Le Floch Stephane | DOI:
10.3303/CET2290005 |
| Integrating knowledge graph, complex network and Bayesian network for data-driven risk assessment | 31 |
| Bai Yiping, Xing Yuxuan, Wu Jiansong | DOI:
10.3303/CET2290006 |
| Advantages of the Recursive Operability Analysis in Updating the Risk Assessment | 37 |
| Barozzi Marco, Soffientini Lorenza, Zanon Gianluca, Perelli Sara, Scotton Martina Silvia, Copelli Sabrina | DOI:
10.3303/CET2290007 |
| An extended procedure to predict flammable cloud generation resulting from tank overfilling scenario | 43 |
| Boot Hans, Ruiz Perez Sonia | DOI:
10.3303/CET2290008 |
| Why a Hydrogen fireball should not be modelled as a BLEVE event | 49 |
| Boot Hans, Ruiz Perez Sonia | DOI:
10.3303/CET2290009 |
| Green Hydrogen Production Routes: an Inherent Safety Assessment | 55 |
| Cipolletta Mariasole, Casson Moreno Valeria, Cozzani Valerio | DOI:
10.3303/CET2290010 |
| Promoting safety societies with a non-stationary multidimensional model that prioritizes flood risks under climate change effects | 61 |
| da Silva Lucas Borges Leal, Alencar Marcelo Hazin, de Almeida Adiel Teixeira | DOI:
10.3303/CET2290011 |
| TOWARDS AN IMPROVED BOWTIE METHOD FOR QUANTIFYING INDUSTRIAL RISKS | 67 |
| de Barnier Thibaud, Olivier-Maget Nelly, Bourgeois Florent, Gabas Nadine, Iddir Olivier | DOI:
10.3303/CET2290012 |
| Ignition and Self-heating Risk Assessment of Hydrocarbon Polluted Soils | 73 |
| Dufaud Olivier, Jančs Agnčs, Henrion Jérémy, Sigot Léa, Laubie Baptiste, Simonnot Marie-Odile | DOI:
10.3303/CET2290013 |
| Mist can explode, but still no standard! Proposal of a combustible sprays test method | 79 |
| El-Zahlanieh Stephanie, Souza Dos San Idalba, Brunello David, Tribouilloy Benoit, Blanchard Christian, Koenig Charly, Vignes Alexis, Dufaud Olivier | DOI:
10.3303/CET2290014 |
| Development for Prediction Model for Environmental Condition of Deterioration Phenomena for Asset Integrity Management | 85 |
| Fuchino Tetsuo, Kitajima Teiji, Shimada Yukiyasu, Miyazawa Masazumi | DOI:
10.3303/CET2290015 |
| CFD study to assess safety aspects of TPRD releases from heavy-duty hydrogen vehicles and trains in tunnels | 91 |
| Hansen Olav Roald, Hansen Eirik Sřreide, Kjellander Malte Torbjörn, Martini Remi | DOI:
10.3303/CET2290016 |
| The role of burning velocity in the validity of hybrid mixtures | 97 |
| Helegda Matouš, Skrínský Jan, Jastrzembski Tomáš, Vereš Ján, Cespiva Jakub, Ochodek Tadeáš | DOI:
10.3303/CET2290017 |
| An experimental and numerical study of the blast created by BLEVE of superheated water contained in a pipe | 103 |
| Heymes Frederic, Hoorelbeke Pol, Chanut Clement | DOI:
10.3303/CET2290018 |
| A deterministic approach for modeling of plausible accident scenarios according to the German Major Accident Ordinance | 109 |
| Jablonski Dariusz, Buhn Jörn Bernhard | DOI:
10.3303/CET2290019 |
| Safety of alternative energy sources: A review | 115 |
| Jankuj Vojtech, Spitzer Stefan H., Krietsch Arne, Štroch Petr, Bernatík Aleš | DOI:
10.3303/CET2290020 |
| Flashpoint of Battery Mixtures in Order to Improve their Safety | 121 |
| Jastrzembski Tomáš, Poledník Jan, Rybanský David, Skrínský Jan | DOI:
10.3303/CET2290021 |
| Passive Autocatalytic Recombiners as Explosion Prevention and Mitigation Tool in Hydrogen Energy and Transport Infrastructures | 127 |
| Kirillov Igor A. | DOI:
10.3303/CET2290022 |
| Safety analysis as integral part of chemical processes intensification and integration | 133 |
| Labovská Zuzana, Šulgan Branislav, Labovský Juraj, Jelemenský Ludovít | DOI:
10.3303/CET2290023 |
| Risk analysis: Challenges and Perspectives | 139 |
| Le Coze Jean-Christophe, Marcon Thomas, Vallée Agnčs, Masse François, Plot Emmanuel, Mazri Chabane, Boutillon Marine | DOI:
10.3303/CET2290024 |
| A risk aspect of periodic testing on pressure relief valves | 145 |
| Lee Shenae, Barros Anne, Lundteigen Mary Ann, Paltrinieri Nicola | DOI:
10.3303/CET2290025 |
| An approach to update the failure rates of safety barriers based on operating experience | 151 |
| Lee Shenae, Khakzad Nima, Schmitz Peter, Reniers Genserik, Hĺbrekke Solfrid, Paltrinieri Nicola | DOI:
10.3303/CET2290026 |
| Digital twin concept for risk analysis of oil storage tanks in operation: A systems engineering approach | 157 |
| Lee Shenae, Haskins Cecilia, Paltrinieri Nicola | DOI:
10.3303/CET2290027 |
| CFD Analysis of Explosions with Hydrogen-Methane-Air Mixtures in Congested Geometries | 163 |
| Lucas Melodía, Hisken Helene, Skjold Trygve, Arntzen Bjřrn J. | DOI:
10.3303/CET2290028 |
| A Macro-systematic Accident Propagation Analysis for Preventing Natural Hazard-induced Domino Chain in Chemical Industrial Parks | 169 |
| Men Jinkun, Chen Guohua, Yang Yunfeng | DOI:
10.3303/CET2290029 |
| An innovative framework for chemical and process facilities to support a comprehensive Natech risk assessment | 175 |
| Misuri Alessio, Cozzani Valerio | DOI:
10.3303/CET2290030 |
| The role of safety barrier performance depletion in the escalation of Natech scenarios | 181 |
| Misuri Alessio, Landucci Gabriele, Cozzani Valerio | DOI:
10.3303/CET2290031 |
| Evaluation of safety scenarios for fires in waste disposal facilities through numerical simulations | 187 |
| Mocellin Paolo, Vianello Chiara, Maschio Giuseppe | DOI:
10.3303/CET2290032 |
| Investigation of sublimating dry-ice bank due to accidental release in the framework of CCS risk analysis. | 193 |
| Mocellin Paolo, Carboni Mattia, Pio Gianmaria, Vianello Chiara, Salzano Ernesto | DOI:
10.3303/CET2290033 |
| Experimental Studies on Ignition Behavior of Pure Disilane and Its Lower Flammability Limit | 199 |
| Nguyen Thanh-Trung, Cao Kai-Quan, Yang Ming-Hsuan, Chen Jenq-Renn, Tsai Hsiao-Yun, Gordon Michael, Ngai Eugene Y. | DOI:
10.3303/CET2290034 |
| Safe and Efficient Disposal of Hexachlorodisilane Liquid | 205 |
| Nguyen Thanh-Trung, Huang Yu-Wen, Yan Pei-Xuan, Hu Yu-Chun, Tsai Hsiao-Yun, Chen Jenq-Renn, Ngai Eugene Y. | DOI:
10.3303/CET2290035 |
| Holistic review of Risk Assessment Methodologies | 211 |
| Pey Alexis, Steinkrauß Marc | DOI:
10.3303/CET2290036 |
| Organic Dust Explosions: Is It All Just About Pyrolysis? | 217 |
| Pietraccini Matteo, Badu Peter, Glaude Pierre-Alexandre, Dufour Anthony, Dufaud Olivier | DOI:
10.3303/CET2290037 |
| Na-Tech Risk: a New Challenge for Local Planners | 223 |
| Pilone Eleonora, Demichela Micaela, Camuncoli Gianfranco | DOI:
10.3303/CET2290038 |
| Preliminary risk assessment of hydrogen refuelling stations in a multifuel context | 229 |
| Pique Sylvaine, Quesnel Sebastien, Weinberger Benno, Nouvelot Quentin, Houssin Deborah, Vyazmina Elena, Torrado David, Saw Ju-Lynne | DOI:
10.3303/CET2290039 |
| Autoignition temperature of alcohol/air mixtures | 235 |
| Poledník Jan, Jastrzembski Tomáš, Rybanský David, Skrínský Jan | DOI:
10.3303/CET2290040 |
| Analysis of the ability to spontaneous combustion and ignition from hot plate of dried sewage dust | 241 |
| Pólka Marzena, Lepík Petr, Skrížovská Michaela, Bernatík Aleš | DOI:
10.3303/CET2290041 |
| Asset integrity in the case of Wildfires at Wildland-Industrial Interfaces | 247 |
| Ricci Federica, Scarponi Giordano Emrys, Pastor Elsa, Planas Eulŕlia, Cozzani Valerio | DOI:
10.3303/CET2290042 |
| The quantitative assessment of damage to the environment in major accidents caused by natural events | 253 |
| Ricci Federica, Bonvicini Sarah, Casson Moreno Valeria, Cozzani Valerio | DOI:
10.3303/CET2290043 |
| A systemic approach methodology to measure process and plant safety | 259 |
| Rodriguez Hernandez Manuel, Yousefi Abouzar | DOI:
10.3303/CET2290044 |
| Covid-19 pandemic influence on the presence of micro and nanoplastics in the environment | 265 |
| Roupcova Petra, Kubatova Hana, Batrlova Katerina, Klouda Karel, Slany Jan | DOI:
10.3303/CET2290045 |
| Explosion characteristics of a biogas/air mixtures | 271 |
| Rusín Jirí, Chamrádová Katerina, Jastrzembski Tomáš, Skrínský Jan | DOI:
10.3303/CET2290046 |
| Benchmark of European practices for land-use planning around Seveso establishments | 277 |
| Salvi Olivier, Caillard Bastien, Bolvin Christophe, Lheureux Emmanuel, Benjelloun Fessel | DOI:
10.3303/CET2290047 |
| A simple hazard scenario identification method for risk assessment on chemical hazards to prevent fire and explosion for open space work | 283 |
| Shimada Yukiyasu, Sato Yoshihiko, Takahashi Akiko | DOI:
10.3303/CET2290048 |
| Self-ignition behaviour of bulk materials: How reliable is the extrapolation of laboratory tests? | 289 |
| Schmidt Martin, Gödde Markus, Salg Steffen, Erdt René | DOI:
10.3303/CET2290049 |
| Random failures of mechanical components in safety instrumented systems | 295 |
| Schmitt-Pauksztat Gregor, Hablawetz Dirk | DOI:
10.3303/CET2290050 |
| Dynamic risk assessment of chemical process systems using System-Theoretic Accident Model and Process (STAMP) and failure propagation model | 301 |
| Sun Hao, Wang Haiqing, Yang Ming, Reniers Genserik | DOI:
10.3303/CET2290051 |
| Overview of the risk assessments for hydrogen refuelling stations in Japan | 307 |
| Suzuki Tomoya, Shiota Kento, Nakayama Jo, Izato Yuichiro, Miyake Atsumi | DOI:
10.3303/CET2290052 |
| A study of required information for risk assessment in management of change based on business process model | 313 |
| Takeda Kazuhiro, Fuchino Tetsuo, Kitajima Teiji, Shimada Yukiyasu, Iuchi Kensuke, Saito Hideo | DOI:
10.3303/CET2290053 |
| The periodical review of safety reports in France for upper-tier Seveso establishments | 319 |
| Tillier Nicolas, Bolvin Christophe, Vallée Agnčs | DOI:
10.3303/CET2290054 |
| DYN-RISK – Design and Development of a Dynamic Risk Assessment Tool | 325 |
| Vairo Tomaso, Bragatto Paolo, Milazzo Maria Francesca, Pettinato Margherita, Fabiano Bruno | DOI:
10.3303/CET2290055 |
| Fuel cells for shipping. An Approach towards Dynamic Safety Assessment | 331 |
| Vairo Tomaso, Cademartori Davide, Carpanese Maria P., Clematis Davide, Barbucci Antonio, Fabiano Bruno | DOI:
10.3303/CET2290056 |
| Multidimensional risk assessment in natural gas pipelines: Managing risk categories based on sensitivity analysis information | 337 |
| Viana Francisco F. C. L., Alencar Marcelo Hazin, Ferreira Rodrigo J. P., de Almeida Adiel Teixeira | DOI:
10.3303/CET2290057 |
| Methodology for a combined Safety and Security Analysis based on classic HAZOPs for Operational Technology Insert | 343 |
| Biernath Johannes, Dürrwang Jürgen, Schmidt Jürgen, Denecke Jens | DOI:
10.3303/CET2290058 |
| Enclosure safety in a case of hydrogen, CNG, or LNG accidental release from a bus tank | 349 |
| Brzezinska Dorota, Januszewski Janusz | DOI:
10.3303/CET2290059 |
| Numerical simulation of LNG dispersion in harbours: a comparison of flammable and visible cloud | 355 |
| Carboni Mattia, Pio Gianmaria, Vianello Chiara, Mocellin Paolo, Maschio Giuseppe, Salzano Ernesto | DOI:
10.3303/CET2290060 |
| Chemical and thermal effects of trace components in hydrogen rich gases on combustion | 361 |
| Eckart Sven, Pio Gianmaria, Krause Hartmut, Salzano Ernesto | DOI:
10.3303/CET2290061 |
| On the hazard investigation of polymerizing substances through experimental methods and theoretical chemistry | 367 |
| Fayet Guillaume, Rotureau Patricia, Vicot Patricia | DOI:
10.3303/CET2290062 |
| Minimum Ignition Temperature of Hybrid Mixtures | 373 |
| Gabel Dieter, Geoerg Paul, Napetschnig Philipp, Krause Ulrich | DOI:
10.3303/CET2290063 |
| Study on the synergistic effect of multicomponent gas mixture on the dynamic characteristics of gas explosion | 379 |
| Gao Jiancun, Yang Xigang, Hu Shoutao, Hong Zijin, Li Ruxia | DOI:
10.3303/CET2290064 |
| Direct determination of burning velocity during aluminium flame propagation | 385 |
| Chanut Clement, Heymes Frederic, Lopez Christian | DOI:
10.3303/CET2290065 |
| Simultaneous measurement of burning velocity and turbulence intensity ahead the flame front during aluminum flame propagation | 391 |
| Chanut Clement, Saad Al Hadidi Fares, Heymes Frederic, Lopez Christian | DOI:
10.3303/CET2290066 |
| Combining CFD and experimental approaches to optimize a spray release in a 20 L sphere | 397 |
| Chot-Plassot Pierre, Vignes Alexis, Murillo Carlos, Lacome Jean-Marc, El-Zahlanieh Stephanie, Bardin-Monnier Nathalie, Dufaud Olivier | DOI:
10.3303/CET2290067 |
| A Bow-Tie Approach for the Identification of Scenarios Induced by Physical Intentional Attacks to Chemical and Process Plants | 403 |
| Iaiani Matteo, Tugnoli Alessandro, Cozzani Valerio | DOI:
10.3303/CET2290068 |
| Risk Identification for Cyber-Attacks to the Control System in Chemical and Process Plants | 409 |
| Iaiani Matteo, Tugnoli Alessandro, Cozzani Valerio | DOI:
10.3303/CET2290069 |
| Review into RDF fire and explosive hazards | 415 |
| Januszewski Janusz, Brzezinska Dorota | DOI:
10.3303/CET2290070 |
| Attractiveness Assessment of Chemical Facilities Operating in Critical Areas: Development of a Semi-Quantitative Methodology Tailored to the Maghreb Context | 421 |
| Landucci Gabriele, Tonelli Jacopo, Tortolini Alessia, Marroni Giulia, Pepe Emanuela, Tamburini Francesco | DOI:
10.3303/CET2290071 |
| New experimental findings of temperature and turbulence influence on the safety characteristics of dusts | 427 |
| Leksin Alexey, Pellmont Günther | DOI:
10.3303/CET2290072 |
| Risk control of overtopping phenomenon after a catastrophic tank failure through optimized bund design | 433 |
| Luan Xiaoyang, Huo Jiali, Zhao Shuaiyu, Zhang Bin | DOI:
10.3303/CET2290073 |
| Dynamic simulation and verification test for vent sizing of runaway reaction | 439 |
| Mizuta Yuto, Sumino Motohiko, Nakata Hiroaki, Izato Yuichiro, Miyake Atsumi | DOI:
10.3303/CET2290074 |
| A numerical study of effects of an industrial hazardous release on people egress | 445 |
| Mocellin Paolo, Vianello Chiara | DOI:
10.3303/CET2290075 |
| Analysis of thermal load of pressure cylinders with flammable gases in fire | 451 |
| Mynarz Miroslav, Jankuj Vojtech, Lepík Petr | DOI:
10.3303/CET2290076 |
| Critical Issues in Short-cut Modelling of Massive Carbon Dioxide Releases | 457 |
| Palazzi Emilio, Currň Fabio, Vairo Tomaso, Fabiano Bruno | DOI:
10.3303/CET2290077 |
| Progress in Inherently Safer Design for Chemical Processes | 463 |
| Park Sunhwa, Pasman Hans J., El-Halwagi Mahmoud M. | DOI:
10.3303/CET2290078 |
| Particle Size Distribution in a Godbert-Greenwald Furnace: Experiments and Modelling | 469 |
| Pietraccini Matteo, Danzi Enrico, Marmo Luca, Glaude Pierre-Alexandre, Dufour Anthony, Dufaud Olivier | DOI:
10.3303/CET2290079 |
| Kinetic parameters for safety of hydrogen-containing mixtures | 475 |
| Pio Gianmaria, Eckart Sven, Salzano Ernesto, Krause Hartmut | DOI:
10.3303/CET2290080 |
| Modelling pressure tanks under fire exposure: past experience, current challenges and future perspectives | 481 |
| Scarponi Giordano Emrys, Bradley Ian, Landucci Gabriele, Birk ?Albrecht Michael, Cozzani Valerio | DOI:
10.3303/CET2290081 |
| A Mathematical Model for the Prediction of the Kst for Metallic Dusts as a Function of the Particle Size Distribution | 487 |
| Scotton Martina Silvia, Barozzi Marco, Derudi Marco, Copelli Sabrina | DOI:
10.3303/CET2290082 |
| Protection of chemical reactors against exothermal runaway reactions with smart overpressure protection devices | 493 |
| Schmidt Carsten, Biernath Johannes, Schmidt Jürgen, Denecke Jens | DOI:
10.3303/CET2290083 |
| Strategy for ISO 4126 into 2030 – future standardization of pressure protection systems | 499 |
| Schmidt Jürgen | DOI:
10.3303/CET2290084 |
| Experimental Investigation and CFD Modelling of Storage Tank Breathing | 505 |
| Schmidt Natalie, Sundermann Michel, Denecke Jens, Schmidt Jürgen, Davies Michael | DOI:
10.3303/CET2290085 |
| Explosion characteristics of methane at low and elevated initial temperatures | 511 |
| Skrínský Jan, Ochodek Tadeáš, Cespiva Jakub, Vereš Ján | DOI:
10.3303/CET2290086 |
| Comparative Study on standardized ignition sources part 2: Exploration of the initial igniting volume of standardized ignition sources for the determination of explosion characteristics | 517 |
| Spitzer Stefan H., Jankuj Vojtech, Krietsch Arne | DOI:
10.3303/CET2290087 |
| Driving Dynamics Study in Firefighting Vehicles Drivers Training on a Training Polygon | 523 |
| Šudrychová Izabela, Jonová Karolína, Polednák Pavel, Jánošík Ladislav, Jánošíková Ivana | DOI:
10.3303/CET2290088 |
| Flammability of halogenated liquids: Flash points limits | 529 |
| Tribouilloy Benoit, Paillery Esteban, Binotto Ghislain, Marlair Guy | DOI:
10.3303/CET2290089 |
| Cryogenic Hydrogen Storage Tanks Exposed to Fires: a CFD study | 535 |
| Ustolin Federico, Scarponi Giordano Emrys, Iannaccone Tommaso, Cozzani Valerio, Paltrinieri Nicola | DOI:
10.3303/CET2290090 |
| Experimental investigation into the consequences of release of liquified hydrogen onto and under water | 541 |
| van Wingerden Kees, Kluge Martin, Habib Abdel Karim, Skarsvĺg Hans L., Ustolin Federico, Paltrinieri Nicola, Odsćter Lars H. | DOI:
10.3303/CET2290091 |
| Medium-scale tests to investigate the possibility and effects of BLEVEs of storage vessels containing liquified hydrogen | 547 |
| van Wingerden Kees, Kluge Martin, Habib Abdel Karim, Ustolin Federico, Paltrinieri Nicola | DOI:
10.3303/CET2290092 |
| Time dependence of gas-phase emissions from 3D printer filaments | 553 |
| Vežníková Hana, Skrížovská Michaela | DOI:
10.3303/CET2290093 |
| Essential Aspects of Pressure Safety – Experiences from Industrial Practice | 559 |
| Wichmann Oliver, Dünger Udo, Stellmacher Volker | DOI:
10.3303/CET2290094 |
| An exploratory study on uncertainty analysis in quantitative risk assessment of domino effects | 565 |
| Xu Yuanyuan, Reniers Genserik, Yang Ming, Yuan Shuaiqi, Chen Chao | DOI:
10.3303/CET2290095 |
| An approach for identification of integrated safety and security barriers in the chemical process industries | 571 |
| Yuan Shuaiqi, Yang Ming, Reniers Genserik, Chen Chao | DOI:
10.3303/CET2290096 |
| Widespread sensors and Artificial Intelligence for a novel Safety Management System at the Seveso sites. | 577 |
| Ansaldi Silvia M., Bragatto Paolo | DOI:
10.3303/CET2290097 |
| Runaway Boundaries for PI Controlled Tubular Reactors | 583 |
| Barozzi Marco, Scotton Martina Silvia, Copelli Sabrina | DOI:
10.3303/CET2290098 |
| Resilient Safer Approach to cope the oily waste generation in industrial facilities: lessons learned from Cuban installations. | 589 |
| Castro Rodríguez David Javier, Gutiérrez Benítez Omar, Bermúdez Acosta Jelvys, Poma Rodíguez José, Rabassa Rabassa Dayana, Viera Ribot Orlando, Casals Pérez Enmanuel, Chiampo Fulvia, Godio Alberto, Demichela Micaela | DOI:
10.3303/CET2290099 |
| The Hazards of Transient Operations | 595 |
| Clarke Ian | DOI:
10.3303/CET2290100 |
| Increasing Safety by Shifting Semi-Batch Polymerizations into Semi-Continuous Production | 601 |
| Copelli Sabrina, Petrucci Noemi Barbara, Florit Federico, Barozzi Marco | DOI:
10.3303/CET2290101 |
| Experience Report on Adiabatic Reaction Calorimetry in Safety Engineering | 607 |
| Delibalta Ömer F., Engel Lukas, Gosewinkel Martin | DOI:
10.3303/CET2290102 |
| Review of selected chemical accident report sites regarding major accident investigation and lessons learnt needs | 613 |
| Dobeš Pavel, Martiníková Barbora, Klecka Vít, Lepík Petr, Novotný Petr, Danihelka Pavel | DOI:
10.3303/CET2290103 |
| CFD-modelling of large scale LH2 release experiments | 619 |
| Hansen Olav Roald, Hansen Eirik Sřreide | DOI:
10.3303/CET2290104 |
| Escape Route Improvement by Specialized Escape and Evacuation Simulation for Oil and Gas Facility | 625 |
| Hiroya Yoshinori, Oogami Tomohiro, Nishinari Katsuhiro | DOI:
10.3303/CET2290105 |
| Evaluation of the management of explosive atmospheres in milling companies: the Île-de-France region example | 631 |
| Jančs Agnčs, Dufaud Olivier | DOI:
10.3303/CET2290106 |
| Learning from incidents at Seveso sites: a focus on the safeguarding of containments prior to start of operations | 637 |
| Manuel Henk Jan, Kooi Eelke, Wolting Bert | DOI:
10.3303/CET2290107 |
| Key Learnings From Recent Lithium-ion Battery Incidents that have impacted e-mobility and Energy Storage Fast Growing Markets | 643 |
| Marlair Guy, Lecocq Amandine, Bordes Arnaud, Christensen Paul, Truchot Benjamin | DOI:
10.3303/CET2290108 |
| Explosion of 14th January 2020 at IQOXE, Tarragona, Spain | 649 |
| Neyraval Philippe, Egan Simon Mark, Basco Jose, Arques Javier Soro | DOI:
10.3303/CET2290109 |
| The role of carbon in explosion of dust-air mixtures | 655 |
| Ryšavý Jirí, Šudrychová Izabela, Skrínský Jan, Garba Martin, Kaszová Tereza, Horák Jirí | DOI:
10.3303/CET2290110 |
| Ammonia pressure station in SEVESO establishment – Case study focused on the impact on the environment | 661 |
| Sikorova Katerina, Gerlochova Marie, Senkyplova Eva | DOI:
10.3303/CET2290111 |
| Hazardous Spray Release from a Pipeline under Maintenance: Causes and Lessons Learned by a Combined Accident Analysis Perspective | 667 |
| Vairo Tomaso, Magrě Stefania, Reverberi Andrea P., Fabiano Bruno | DOI:
10.3303/CET2290112 |
| The effect of solid inhibitors on hydrogen-air combustion | 673 |
| van Wingerden Matthijs, Skjold Trygve, Roosendans Dirk, Dutertre Antoine, Pekalski Andrzej | DOI:
10.3303/CET2290113 |
| Small Data Also Matter in Process Safety | 679 |
| Vaudrey Hervé, François Joseph-Marc | DOI:
10.3303/CET2290114 |
| Learning lessons from chemical incidents – What’s stopping us and how we can make it happen | 685 |
| Wood Maureen Heraty, Koutelos Konstantinos, Hailwood Mark, Cowley Charles | DOI:
10.3303/CET2290115 |
| Safety culture as an essential part of prevention of major accidents – the situation within companies falling under the Seveso III directive in the Czech Republic | 691 |
| Berger Filip, Slovackova Ivana | DOI:
10.3303/CET2290116 |
| A reference framework to build crisis exercise for strategic crisis unit: an integrated approach from scenario to debriefing | 697 |
| Bony-Dandrieux Aurélia, Secheppet Mélanie, Bouillet Philippe, Tixier Jérôme | DOI:
10.3303/CET2290117 |
| Control of plant ageing at Seveso sites: achievements in research and transfer to current practice | 703 |
| Bragatto Paolo, Milazzo Maria Francesca, Vairo Tomaso, Hansler Rikkert, Bellamy Linda J. | DOI:
10.3303/CET2290118 |
| A Risk-Based Grey Relational Analysis for Identifying Key Performance Shaping Factors to Promote the Management for Human Reliability during Shipping LNG Offloading | 709 |
| Ge Jun, Zhang Renyou, Wu Siyuan, Xu Ning, Du Yulu | DOI:
10.3303/CET2290119 |
| Improving the assessment of human barriers: an innovative methodology for the Energy industry | 715 |
| Guglielmi Dina, Paolucci Alessio, Fraboni Federico, Mariani Marco Giovanni, Pietrantoni Luca, Casson Moreno Valeria, Cozzani Valerio, Mora Cristina, Borzi Marco, Soscia Irene, Scataglini Luciano | DOI:
10.3303/CET2290120 |
| Safety Decision-Making for laboratory processes in Academia | 721 |
| Jung Anastasia, Meyer Thierry | DOI:
10.3303/CET2290121 |
| Competence oriented education of future HSE professionals: lessons learned | 727 |
| Kocurková Lucie, Rehácek Jakub, Toft Yvonne, Dell Geoff, Schenk Christian, Pinto da Costa Susana Raquel | DOI:
10.3303/CET2290122 |
| Improving the management and use of operating instructions for process safety | 733 |
| Lindgren Mats | DOI:
10.3303/CET2290123 |
| Improving an Observation Tool of crisis management teams by involving Crisis Managers | 739 |
| Secheppet Mélanie, Bony-Dandrieux Aurélia, Bouillet Philippe, Tixier Jérôme | DOI:
10.3303/CET2290124 |
| Analysis of human and organization factors related accident reports based on natural language processing | 745 |
| Yang Shuo, Demichela Micaela, Geng Jie, Tao Hongjie | DOI:
10.3303/CET2290125 |
| Simulations and their use in verification of preparedness | 751 |
| Brumarová Lenka, Cerná Lenka, Brumar Jakub | DOI:
10.3303/CET2290126 |
| The role of safety in the framing of the hydrogen economy by selected groups of stakeholders | 757 |
| Derempouka Efthymia, Skjold Trygve, Njĺ Ove, Haarstad Hĺvard | DOI:
10.3303/CET2290127 |
| Organizational solutions for employee training to be included in the safety management system | 763 |
| Gajek Agnieszka | DOI:
10.3303/CET2290128 |
| PPS Roadmap 2025 – Bayer’s Vision and Strategy for the Future of Process and Plant Safety | 769 |
| Hanisch Felix | DOI:
10.3303/CET2290129 |
| Recognition of process safety position in multiple-criteria decision analysis in process design | 775 |
| Janošovský Ján, Boháciková Viktória, Rosa Igor, Vincent Gregor, Labovská Zuzana, Jelemenský Ludovít | DOI:
10.3303/CET2290130 |
| Creating a learning organisation | 781 |
| Kerin Trish | DOI:
10.3303/CET2290131 |
| Process safety - the ultimate team sport | 787 |
| Kerin Trish, Eglezos Phil | DOI:
10.3303/CET2290132 |
| IGUS – 60 Years of Successful International Collaboration on Safety of Unstable Substances | 793 |
| Mak Wim, de Jong Ed, Malow Marcus, Martinez Anna | DOI:
10.3303/CET2290133 |
| Strategic Implementation of Risk Based Process Safety in Process Plant Organization | 799 |
| Tanabe Masayuki, Miyake Atsumi | DOI:
10.3303/CET2290134 |
| Coping with flood Natech events: A safety framework to make chemical clusters more resilient | 805 |
| Zeng Tao, Chen Guohua, Reniers Genserik | DOI:
10.3303/CET2290135 |