Table Of Content

Journal of Loss Prevention in the process industries The international journal of chemical and process plant safety Index to Volume 6 (1993) Number 1 (January) pp 1-64 Number 4 (August) pp 203-272 Number 2 (March) pp 65-136 Number 5 (October) pp 273-336 Number 3 (June) pp 137-200 Article index Experimental study of thermal hazards New challenges for physical chemists: during the hydrogenation of aromatic nitro laws, chemicals and regulators compounds P. R. Fisk and D. A. Howes 165 Number 1 F. Stoessel 79 Report of an explosion during the Determination of the thermokinetic manufacture of an azodicarbonamide A simplified method for predicting the parameters of an exothermic reaction formulation effect of ducts connected to explosion using isothermal, adiabatic and M. W. Whitmore, J. P. Gladwell and vents temperature-programmed calorimetry in P. V. Rutledge 169 E. A. Ural 3 conjunction with spectrophotometry DIERS churn-turbulent disengagement Elliptic integral solutions for fluid T. J. Snee, C. Bassani and correlation extended to horizontal discharge rates from punctured horizontal J. A. M. Ligthart 87 cylinders and spheres cylindrical vessels Use of the accelerating rate calorimeter C. M. Sheppard 177 J. T. Sommerfeld and M. P. Stallybrass and the thermal activity monitor to Determination of self-accelerating 11 estimate stability temperatures decomposition temperatures for Gas explosions in linked vessels M. W. Whitmore and J. K. Wilberforce self-reactive substances H. Phylaktou and G. E. Andrews 15 95 H. G. Fisher and D. D. Goetz 183 Explosion enhancement through a 90° The phenol + formaldehyde runaway curved bend reaction. Vent sizing for reactor protection H. Phylaktou, M. Foley and J.-L. Gustin, J. Fillion, G. Tréand and Number 4 G. E. Andrews 21 K. El Biyaali 103 Vent line void fractions and mass flow Monitoring reaction exotherms in pilot rates during top venting of high viscosity scale batch reactors Mathematical model for the self-heating of fluids C. H. Steele, P. F. Nolan, J. L. Lowe, deposits found in heated bitumen storage K. Bell, S. D. Morris and R. Oster 31 A. Hirst and A. J. Starkie 115 tanks Evaluating the probability of major Analytical expressions for estimating F. M. Davie, P. F. Nolan and hazardous incidents as a result of damage area in toxic gas releases R. F. Tucker 203 escalation events B. Geeta, A. Tripathi and Mitigation of hydrofluoric acid releases: G. N. Pettitt, R. R. Schumacher and S. Narasimhan 125 simulation of the performance of water L. A. Seeley 37 spraying systems Preliminary safety analysis V. M. Fthenakis and D. N. Blewitt 209 G. Wells, M. Wardman and C. Whetton Number 3 Marine transport of dangerous goods. 47 Risk assessment based on historical Ignition of maleic anhydride soaked Study of iron sulfide as a possible ignition accident data insulation source in the storage of heated bitumen H. Romer, L. Brockhoff, P. Haastrup and C. B. Vaughn and R. A. Mancini 61 F. M. Davie, P. F. Nolan and H. J. Styhr Petersen 219 T. W. S. Hoban 139 Characterization of fire products from Evidence of the oxidation of deposits in organophosphorus pesticides using the Number 2 heated bitumen storage tanks DIN 53436 method F. M. Davie, S. Mores, P. F. Nolan and L. Smith-Hansen and K. H. Jorgensen Data-oriented hazard assessment as T. W. S. Hoban 145 227 process optimization data: the Fire spread along structural metal pieces Environmental impact of a warehouse fire isomerization of an ‘oxime’ in oxygen containing ammonium nitrate P. Cardillo, M. Cattaneo, S. Beratto and T. Hirano and J. Sato 151 V. Christiansen, R. Kakko and L. Canavesi 69 Industrial fuel ignition conditions by flame R. Koivisto 233 Modification of an accelerating rate radiation Prediction of pressure and flame effects in calorimeter for operation from S. B. Dorofeev, A. A. Efimenko, the direct surroundings of installations sub-ambient temperatures A. S. Kochurko and M. S. Kuznetsov protected by dust explosion venting I. Townsend and C. E. Valder 75 159 K. van Wingerden 241 J. Loss Prev. Process Ind., 1993, Vol 6, No 5 333 Index Velocity of a single small missile ejected Haastrup, P. 219 Thermal activity monitor, Stability from a vessel containing high pressure gas Hernandez, H. 319 temperatures 95 M. R. Baum 251 Hirano, T. 151 Agitation problems Prediction of flammable limits for inerting Hirst, A. 115 Runaway reactions, Aromatic and vacuum Hoban, T. W. S. 139, nitration 319 D. A. Lihou 265 Howes, D. A. 165 Ammonium nitrate Environmental impact, Warehouse Jorgensen, K. H. 227 fires 233 Number 5 Aromatic nitration Kakko, R. 233 Runaway reactions, Agitation Thermal stability screening and reaction Kochurko, A. S. 159 problems 319 calorimetry. Application to runaway Koivisto, R. 233 Aromatic nitro compounds reaction hazard assessment and process Kuznetsov, M.S. 159 Hydrogenation, Thermal hazards 79 safety management J. L. Gustin 275 Ligthart, J. A. M. 87 Bend Design of long safety valve vent line Lihou, D. A. 265 Explosion enhancement, Flame speeds systems for gas relief Lowe, J. L. 115 21 L. Friedel and J. Schmidt 293 Bitumen Critical storage volume of self-reacting Storage, Deposit 145 Mancini, R. A. 61 products Self-heating, Modelling 203 Martin, H. 303 H. Martin and K. A. Ruppert 303 Blast and flame effects Mazzarotta, B. 313 Pipeline leak detection based on mass Molga, E. 319 Dust explosions, Explosion venting 241 balance: importance of the packing term P. Stouffs and M. Giot 307 MMoorrreiss,, SS.. D.1 45 31 Calorimetry Optimizing safety of control rooms in case Spectrophotometry, Isothermal of flammable releases kinetics 87 C. Cannalire, R. Clarke, B. Mazzarotta Narasimhan, S. 125 Churn-turbulent drift flux correlation and R. Nicoletti 313 Nicoletti, R. 313 disengagement The FIRES project: experimental study of Nieman, H. 319 Pressure relief design, Two-phase flow thermal runaway due to agitation problems Nolan, P. F. 115, 139, 145, 203 177 during toluene nitration Control rooms J. M. Zaldivar, H. Hernandez, Oster, R. 31 Risk analysis, Flammable releases 313 H. Nieman, E. Molga and C. Bassani Critical storage volume 319 Pettitt,.G.'N.. 37 Self-reacting products, Safety HGSPRAY: a complete model of spraying Phylaktou, H. 15, 21 conditions 303 unconfined gaseous releases V. M. Fthenakis 327 Romer, H. 219 DIN 53436 method Ruppert, K. A. 303 Organophosphorus pesticides, Fire Book reviews 135, 270 Rutledge, P. V. 169 product characterization 227 Dangerous goods Conference reports 63, 133, 269 Sato, J. 151 Marine transport, Risk assessment 219 Schmidt, J. 293 Deflagration Schumacher, R. R. 37 Self-accelerating decomposition Author index Seeley, L. A. 37 temperature, Venting 169 Sheppard, C. M. 177 Deposit Andrews, G. E. 15, 21 Smith-Hansen, L. 227 Bitumen, Storage 145 Snee, T. J. 87 Diazonium salt Bassani, C. 87, 319 SStoamlmleybrrfaesls,d , M.J . PT.. 1111 AScucbe-laemrbaiteinntg rtaetme pecraaltourrimeest er,7 5 Baum, M. R. 251 Bell, K. 31 Starkie, A. J. 115 Dust explosions Steele, C. H. 115 Explosion venting, Blast and flame Beratto, S. 69 Blewitt, D. N. 209 Stoessel, F. 79 effects 241 Stouffs, P. 307 Brockhoff, L. 219 Styhr Petersen, H. J. 219 Elliptic integrals Horizontal cylindrical vessels, Liquid Canavesi, L. 69 Townsend, I. 75 discharge 11 Cannalire, C. 313 Treand, G. 103 Environmental impact Cardillo, P. 69 Tripathi, A. 125 Ammonium nitrate, Warehouse fires Cattaneo, M. 69 Tucker, R. F. 203 233 Christiansen, V. 233 Escalation event Clarke, R. 313 Ural EB. A. 3 Failure frequency, Major hazardous incident 37 Davie, F. M. 139, 145, 203 Valder, C. E. 75 Explosion Dorofeev, S. B. 159 Vaughn, C. B. 61 Vent ducts, Implosion 3 Explosion enhancement Efimenko, A. A. 159 Wardman, M. 47 Bend, Flame speeds 21 El Biyaali, K. 103 Wells, G. 47 Explosion transmission Whetton, C. 47 Linked vessels, Flame speeds 15 Fillion, J. 103 Whitmore, M. W. 95, 169 Explosion venting Fisher, H. G. 183 Wilberforce, J. K. 95 Dust explosions, Blast and flame Fisk, P. R. 165 van Wingerden, K. 241 effects 241 Foley, M. 21 Friedel, L. 293 Zaldivar, J. M. 319 Failure frequency Fthenakis, V. M. 209, 327 Escalation event, Major hazardous incident 37 Keyword index Geeta, B. 125 Fire product characterization Giot, M. 307 Organophosphorus pesticides, Gladwell, J. P. 169 Accelerating rate calorimeter DIN 53436 method 227 Goetz, D. D. 183 Sub-ambient temperatures, Diazonium Fire spread Gustin, J.-L. 103, 275 salt 75 Metal combustion, Metal fire 151 334 J. Loss Prev. Process Ind., 1993, Vol 6, No 5 Index Flame heat flux Mass flow rate Self-accelerating decomposition temperature Liquid fuels, Model 159 Vent line void fraction, High viscosity Deflagration, Venting 169 Flame speeds fluids 31 Self-reactive substance, Thermal Linked vessels, Explosion transmission Mathematical model explosion theory 183 15 Flammable limits 265 Self-heating Explosion enhancement, Bend 21 Metal combustion Bitumen, Modelling 203 Flammable limits Fire spread, Metal fire 151 Self-reacting products Mathematical model 265 Metal fire Critical storage volume, Safety Flammable releases Metal combustion, Fire spread 151 conditions 303 Control rooms, Risk analysis 313 Mitigation Self-reactive substance Formaldehyde Hydrofluoric acid releases, Water Self-accelerating decomposition Phenol, Vent sizing 103 spraying system 209 temperature, Thermal explosion Model theory 183 Liquid fuels, Flame heat flux 159 Small missile Hazard analysis Water spraying system, Hydrofluoric Pressure vessel rupture, Under-expanded Process safety, Note assessment 47 acid releases 327 gas jet 251 Hazard assessment Modelling Spectrophotometry Oxime isomerization, Process Self-heating, Bitumen 203 Isothermal kinetics, Calorimetry 87 optimization data 69 Stability temperature Runaway reactions, Process safety Note assessment Accelerating rate calorimeter, Thermal management 275 Process safety, Hazard analysis 47 activity monitor 95 Heat flow calorimetry Storage Reaction exotherms, Pilot scale 115 Organophosphorus pesticides Bitumen, Deposit 145 Heated bitumen storage DIN 53436 method, Fire product Sub-ambient temperatures Iron sulfide, Ignition source 139 characterization 227 Accelerating rate calorimeter, High viscosity fluids Oxime isomerization Diazonium salt 75 Vent line void fraction, Mass flow Hazard assessment, Process optimization rate 31 data 69 Horizontal cylindrical vessels Test methods Liquid discharge, Elliptic integrals 11 Phenol Physico-chemical properties, Hydrofluoric acid releases Formaldehyde, Vent sizing 103 Legislation 165 Water spraying system, Mitigation 209 Physico-chemical properties Thermal activity monitor Model, Water spraying system 327 Legislation, Test methods 165 Accelerating rate calorimeter, Stability Hydrogenation Pilot scale temperatures 95 Aromatic nitro compounds, Thermal Heat flow calorimetry, Reaction Thermal explosion theory hazards 79 exotherms 115 Self-accelerating decomposition temperature, Self-reactive substance Pipeline leak detection 183 Pressure wave velocity, Transient flow Ignition 307 Thermal hazards Maleic anhydride, Insulation 61 Aromatic nitro compounds, Pressure relief design Ignition source Two-phase flow, Churn-turbulent drift Hydrogenation 79 Iron sulfide, Heated bitumen storage flux correlation disengagement 177 Toxic release 139 Risk assessment, Lethal concentration Pressure vessel rupture Implosion 125 Small missile, Under-expanded gas jet Explosion, Vent ducts 3 Transient flow 251 Insulation Pipeline leak detection, Pressure wave Pressure wave velocity Maleic anhydride, Ignition 61 velocity 307 Pipeline leak detection, Transient flow Iron sulfide 307 Two-phase flow Heated bitumen storage, Ignition Pressure relief design, Churn-turbulent Process optimization data source 139 drift flux correlation disengagement Hazard assessment, Oxime Isothermal kinetics 177 isomerization 69 Spectrophotometry, Calorimetry 87 Process safety Harzard analysis, Note assessment 47 Under-expanded gas jet Legislation Process safety management Pressure vessel rupture, Small missile Physico-chemical properties, Runaway reactions, Hazard 251 Test methods 165 assessment 275 Lethal concentration Vent ducts Risk assessment, Toxic release 125 Reaction exotherms Explosion, Implosion 3 Linked vessels Heat flow calorimetry, Pilot scale 115 Vent line void fraction Explosion transmission, Flame speeds Risk analysis Mass flow rate, High viscosity fluids 31 15 Control rooms, Flammable releases 313 Vent sizing Liquid discharge Risk assessment Phenol, Formaldehyde 103 Horizontal cylindrical vessels, Elliptic Toxic release, Lethal concentration 125 Venting integrals 11 Marine transport, Dangerous goods Deflagration, Self-accelerating Liquid fuels 219 decomposition temperature 169 Flame heat flux, Model 159 Runaway reactions Hazard assessment, Process safety management 275 Warehouse fires Major hazardous incident Aroinatic nitration, Agitation Ammonium nitrate, Environmental Escalation event, Failure frequency 37 problems 319 impact 233 Maleic anhydride Water spraying system Insulation, Ignition 61 Safety conditions Hydrofluoric acid releases, Mitigation Marine transport Self-reacting products, Critical storage 209 Dangerous goods, Risk assessment 219 volume 303 Model, Hydrofluoric acid releases 327 J. Loss Prev. Process Ind., 1993, Vol 6, No 5 335