By H.J. Pasman, O. Fredholm and A. Jacobsson (Eds.)
ISBN-10: 0444506993
ISBN-13: 9780444506993
Content material:
Preface
, Page v, Hans J. Pasman
T5-1 - A examine into the explosive boiling power of thermally stratified liquid-liquid structures that outcome from runaway reactions
, Pages 771-784, R.J.A. Kersten, G. Opschoor, B. Fabiano, R. Pastorino
T5-2 - Auto-ignition danger of combos of ammonia, hydrogen, methane and air in a urea plant
, Pages 785-797, L. Vandebroek, J. Berghmans, F. Verplaetsen, A. van den Aarssen, H. wintry weather, G. Vliegen, E. van 't Oost
T5-3 - evaluation of modern effects, tendencies and rules affecting the overview of electrostatic ignition risks in industry
, Pages 799-808, M. Glor
T5-4 - identity of autocatalytic decompositions by way of differential scanning calorimetry
, Pages 809-821, Leila Bou-Diab, Hans Fierz
T5-5 - Flame Arrester trying out and Qualification in Europe
, Pages 823-833, H. Förster
T5-11 - Thermal chance evaluate of Vilsmeier Reaction
, Pages 835-841, M. Suzuki, A. Miyake, Y. Iizuka, Y. Oka, T. Ogawa
T5-12 - The corrosion tracking: Loss prevention and protection of advanced platforms in acid media
, Pages 843-851, V.G. Polyanchukov
T5-13 - learn at the explosion of run-away response brought on via a faint warmth generation
, Pages 853-866, Jinhua solar, Xinrui Li, Wanying Tang, Kazutoshi Hasegawa
T5-14 - overview of the thermal and poisonous results of chemical and pesticide pool fires in accordance with experimental info got utilizing the Tewarson apparatus
, Pages 867-895, Christian Costa, man Treand, Franck Moineault, Jean-Louis Gustin
T5-15 - risks of floor explosions
, Pages 897-908, H. Hieronymus, Ph. Henschen, M. Hofmann, J. Bender, R. Wendler, J. Steinbach, B. Plewinsky
T5-16 - Relation among Ignition power and proscribing Oxygen focus for powders
, Pages 909-916, Klaus Schwenzfeuer, Martin Glor, Andreas Gitzi
T5-17 - strategy security at increased temperatures and pressures: Cool flames and auto-ignition phenomena
, Pages 917-932, A.A. Pekalski, J.F. Zevenbergen, H.J. Pasman, S.M. Lemkowitz, A.E. Dahoe, B. Scarlett
T6-1 - Fracture facts and offshore gasoline delivery black sea and the Indian Ocean
, Pages 935-946, V. Polyakov, I. Kurakin
T6-2 - acceptable Labelling of FIBCs for his or her Use in Explosion Endangered Areas
, Pages 947-953, Dr.C. Blum, Dr.W. Fath, Dr.M. Glor, G. Lüttgens, Dr.C.-D. Walther
T6-3 - probability evaluation and decision-making concepts in risky solid shipping. From an Italian case-study to a basic framework
, Pages 955-966, B. Fabiano, E. Palazzi, F. Currò, R. Pastorino
T6-4 - overview of garage lifetime of vigorous ingredients with reference to safeguard severe Conditions
, Pages 967-981, Dr.A. Eberz, Dr.G. Goldmann
T6-5 - a brand new thought whilst Designing Parking components for Lorries wearing risky items: The Dynamic Segregation
, Pages 983-991, J.A. Vílchez, Xavier Pérez-Alavedra, J. Arnaldos, Carlos Amieiro, Joaquim Casal
T6-6 - Gas-Pipelines in Tunnels or Galleries: a legitimate solution?
, Pages 993-1004, Marco Montanarini, Christian Plüss, Gunthard Niederbäumer
T6-7 - hearth attempt for the protection in delivery and garage of harmful Goods
, Pages 1005-1015, Ch. Balke, W. Heller, R. Konersmann, J. Ludwig
T6-11 - possibility research of the transportation of dangerous fabrics: An program of the TRAT2 software program to Messina
, Pages 1017-1028, R. Lisi, M.F. Milazzo, G. Maschio, P. Leonelli, S. Bonvicini, G. Spadoni
T6-12 - most sensible routing standards for dangerous components transportation
, Pages 1029-1040, R. Bubbico, S. Di Cave, A. Guerrieri, B. Mazzarotta
T7-1 - lack of containment: Experimental aerosol rain-out assessment
, Pages 1043-1049, J.-C. Adrian, R. Lerible, V. Marchand, J. Hocquet, J.-P. Bigot
T7-2 - powerful functions of fluid curtains to mitigate incidental gasoline releases
, Pages 1051-1058, M. Molag, H. Schoten, M. Powell-Price
T7-3 - review of layout explosion load for keep watch over room at petrochemical plant
, Pages 1059-1067, S. Høiset, O. S˦ter
T7-4 - Heat-up and failure of Liquefied Petroleum fuel garage vessels uncovered to a jet fire
, Pages 1069-1106, M.A. Persaud, C.J. Butler, T.A. Roberts, L.C. Shirvill, S. Wright
T7-5 - advancements within the Congestion evaluation strategy for the prediction of vapour-cloud explosions
, Pages 1107-1133, J.S. Puttock
T7-6 - Explosion vent sizing in flammable liquid spill scenarios
, Pages 1135-1144, F. Tamanini
T7-11 - research of danger of transportation of the liquefied petroleum gases on pipelines
, Pages 1145-1148, E. Telyakov, F. Guimranov
T7-12 - research at the mitigation in the course of unintended unlock of heavy gasoline by way of technical devices
, Pages 1149-1152, Puls E., Engelhardt F., Hartwig S.
T7-13 - gasoline explosion in cement kiln: reasons and classes learned
, Pages 1153-1166, S. Vliegen, E. van't Oost, A. van den Aarssen, B. Smit-Rijnhart, F. Michel
T7-14 - An leading edge unified version for the speed of air blending with releases from excessive pace sources
, Pages 1167-1177, E. Palazzi, R. Pastorino, B. Fabiano
T7-15 - instant speed fields and vorticity distribution of the move of coherent buildings on the floor of large-scale JP4-pool fires
, Pages 1179-1188, C. Kuhr, D. Opitz, R.H.G. Müller, A. Schönbucher
T7-16 - adventure with the What If research utilized to precise operations or chemicals
, Pages 1189-1195, Christel Perret, Jean Claude Adrian
T7-17 - Explosion protection in fuel shifting structures with out utilizing exterior control
, Pages 1197-1200, A.D. Tyulpinov, M.A. Glikin
T8-1 - resources and suggestions of fireplace and explosion in semiconductor fabrication processes
, Pages 1203-1213, J.R. Chen
T8-11 - Radioactive infection of urban territory because of paintings of uranium-processing plant and the methods of its solution
, Pages 1215-1219, G. Shmatkov, V. Korovin, Yu. Koshik, S. Ryaboshapka, Yu. Shestak
T9-1 - recommendations for commercial danger Prevention and administration within the eu Union: the most important twist of fate dangers Bureau and the Seveso II Directive
, Pages 1223-1237, J.S. Duffield
T9-2 - Land use making plans and chemical websites (LUPACS)
, Pages 1239-1249, Dr Tommy Rosenberg
T9-3 - Modeling the Formation and liberate of damaging elements within the lack of keep watch over of Chemical structures containing Brominated Flame Retardants
, Pages 1251-1262, Federica Barontini, Valerio Cozzani, Luigi Petarca, Severino Zanelli
T9-4 - An method of the evaluation of Domino injuries risk in Quantitative sector chance Analysis
, Pages 1263-1274, Valerio Cozzani, Severino Zanelli
T9-4 - Chemical twist of fate dangers in U.S. industry—A initial research of twist of fate possibility facts from U.S. damaging chemical facilities
, Pages 1275-1314, James C. Belke
T9-6 - Seveso II as an tool for the creation of formalised defense administration platforms in small and medium enterprises
, Pages 1315-1328, S. Loupasis, G.A. Papadakis, J.S. Duffield
T9-7 - discovering a Consensus on Plant Safety—the German Way
, Pages 1329-1333, Chr. Jochum
T9-8 - in your price range Compliance with the danger evaluate facets of Seveso II
, Pages 1335-1347, Graeme R. Ellis
T9-11 - A final result research for unintended explosions concerning flammable gases
, Pages 1349-1354, S. Carol, J.A. Vilchez, J. Casal
T9-12 - chance administration in land use planning
, Pages 1355-1360, Fredrik Nystedt
T9-13 - administration aid for SEVESO II safeguard demonstration
, Pages 1361-1372, Louis H.J. Goossens, Brigitte H.J. Heming, Linda J. Bellamy
T9-14 - effect of the Czech SEVESO II Directive on Industry
, Pages 1373-1379, F. Babinec, A. Bernatík
T9-15 - safeguard administration platforms in software of the Seveso II Directive—Lessons learnt from implementation in SMEs
, Pages 1381-1391, O. Salvi, I. Vuidart, M. Caumont, F. Prats
T9-16 - Seveso II directive—How to conform to the protection administration method standards in Small and Medium measurement Enterprises?
, Pages 1393-1406, E. van der Schans, M.A.M. Heijne
T9-17 - A mixed method of enhance security functionality on latest strategy vegetation. functional program in response to Seveso II
, Pages 1407-1418, R. Pastorino, F. Currò, M. Del Borghi, B. Fabiano
T9-18 - overview of wellbeing and fitness results: Thierry Gallot, Patrice Cadet
, Pages 1419-1425, Atofina-CTL
T10-1 - The ‘Purple Book’: instruction for Quantitative danger evaluation within the Netherlands
, Pages 1429-1438, P.A.M. Uijt de Haag, B.J.M. Ale, J.G. Post
T10-2 - RACKETman, pro-active threat id and overview technique for organisational change
, Pages 1439-1446, Stefan Svensson
T10-3 - A comparability of Deterministic and Probabilistic probability evaluate Methodologies for Land Use Planning
, Pages 1447-1457, J.R. Taylor, Y. Weber
T10-11 - 4 explosions: 4 occasions static electrical energy used to be the main possible ignition source
, Pages 1459-1464, M.Th. Logtenberg
T10-12 - chance research for soil defense and business safety
, Pages 1465-1474, Lex Stax, Patrick Körvers, Reineke Klein Entink
T10-13 - hazard research on a closed landfill with chemical waste
, Pages 1475-1482, Lex Stax, Theo Logtenberg, Nico Klaver
Author Index
, Pages I1-I4
Read Online or Download Loss Prevention and Safety Promotion in the Process Industries. Proceedings of the 10th International Symposium, 19–21 June 2001, Stockholm, Sweden PDF
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Additional resources for Loss Prevention and Safety Promotion in the Process Industries. Proceedings of the 10th International Symposium, 19–21 June 2001, Stockholm, Sweden
Example text
1 INTRODUCTION Traditionally, risk is defined by the product of the severity of a potential incident and its probability of occurrence. Hence, risk assessment results in the evaluation of both, the severity and the probability. The thermal risk linked to a chemical reaction is the risk of loss of the control of the reaction and of triggering a runaway reaction [1]. In the chemical industry, estimation methods based on dynamic DSC measurements have been developed for a preliminary screening of such a risk at an early stage of the chemical process.
Keller, D. Stark, H. Fierz, E. Heinzle and K. Hungerbuhler, Journal of Loss Prevention in the Process Industries, 10 (1997) 31. G. C. Tompkins, Trans. Faraday Soc, 40 (1994) 40 [4] J-M. Dien, H. Fierz, F. Stoessel and G. Kille, Chimia, 48 (1994) 542. [5] T. Grewer, Thermal Hazards of Chemical Reactions, Elsevier, Amsterdam, 1994. [6] F. Brogli, P. Grimm, M. Meyer and H. Zubler, 3^^^ Intemat. Sympos. Loss Prevention, Swiss Soc. Chem. Ind. Basel. [7] J. Pastre, U. Worsdorfer, A. Keller, K. Hungerbuhler, Journal of Loss Prevention in the Process Industries, 13 (2000) 7.
Despite this, even the latest experimental results [5] and incident reports concerning this subject indicate that an ignition hazard is not to be expected. An explanation for this is offered by the differing temporal and spatial distributions of energy in brush discharges and spark discharges. These findings no longer hold true, however, if small amounts of flammable gases or vapors are present in the dust cloud, thus forming so-called hybrid mixtures. It is known that such low proportions of gas or vapor even at only fi'actions of the lower explosion limit can have a significant effect on the minimum ignition energy of the pure dust [6].
Loss Prevention and Safety Promotion in the Process Industries. Proceedings of the 10th International Symposium, 19–21 June 2001, Stockholm, Sweden by H.J. Pasman, O. Fredholm and A. Jacobsson (Eds.)
by John
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