Solid inertants and their use in dust explosion prevention and mitigation

Keywords

Dust explosion, Work (physics), Risk analysis (engineering), Engineering, Term (time)

References

• Liquid Viscosity Correlations for Flowmeter CalculationsRoger Gilmont — 2002
• Dust Explosions: Course, Prevention, ProtectionWolfgang Bartknecht, Günther Zwahlen — 1989
• Dust explosion prevention and protectionJohn P. Barton — 2002
• Scaling of dust explosion inertingAshok G. Dastidar, P. Amyotte, John E. Going — 1998
• Chemical Process Safety: Fundamentals with ApplicationsDaniel A. Crowl, Joseph F. Louvar — 2001
• Reduce Dust Explosions the Inherently Safer WayPaul Amyotte, Faisal Khan, Ashok G. Dastidar — 2003
• Quantification of inherent safety aspects of the Dow indicesChristian Bassey Etowa, Paul Amyotte, Michael J. Pegg — 2002
• Inerting of fine metallic powdersKenneth J. Mintz, M.J. Bray, D. J. Zuliani — 1996
• An inherent safety–based incident investigation methodologyAttiq U. Goraya, Paul Amyotte, Faisal Khan — 2004
• Explosion hazards in underground coal minesPaul Amyotte, Michael J. Pegg — 1993
• Laboratory investigation of the dust explosibility characteristics of three Nova Scotia coalsPaul Amyotte, Kenneth J. Mintz, Michael J. Pegg — 1991
• Flammability limit measurements for dusts in 20-L and 1-m3 vesselsJohn E. Going, Kris Chatrathi, Kenneth L. Cashdollar — 2000
• Effects of methane admixture, particle size and volatile content on the dolomite inerting requirements of coal dustPaul Amyotte, Kenneth J. Mintz, Michael J. Pegg — 1991
• Flammability limits of dusts: Minimum inerting concentrationsAshok G. Dastidar, Paul Amyotte, John E. Going — 1999
• Inhibition and extinction of explosions in heterogeneous mixturesMartin Hertzberg, Kenneth L. Cashdollar, Isaac A. Zlochower — 1985
• A comparison of experimental methods to determine the minimum explosible concentration of dustsNagesh Chawla, Paul Amyotte, Michael J. Pegg — 1996
• Overview of dust explosibility characteristicsKenneth L. Cashdollar — 2000
• How to make inherent safety practice a realityFaisal Khan, Paul Amyotte — 2008
• Factors influencing the suppression of coal dust explosionsAshok G. Dastidar, Paul Amyotte, Michael J. Pegg — 1997
• Dust explosion prevention by addition of thermal inhibitorsPaul Amyotte, Michael J. Pegg — 1992

Cited by

• Analysis of characteristics and causes of gas explosion accidents: a historical review of coal mine accidents in ChinaYuxin Wang, Gui Fu, Qian Lyu — 2023
• 粉尘云形成过程的可视化研究方法 The Visualization Method for the Study of Dust Dispersion Process龙 刘 — 2015
• Combining product engineering and inherent safety to improve the powder impregnation processKarine Groos-Gérardin, Laurent Perrin, Véronique Falk — 2015
• Experimental study of coal dust deposition in mine workings with the use of empirical modelsD. Prostański — 2015
• Minimum ignition energy of nano and micro Ti powder in the presence of inert nano TiO₂ powder.Yuan Chunmiao, Paul Amyotte, Md Nur Hossain — 2014
• Experimental investigation of the influence of inert solids on ignition sensitivity of organic powdersAgnès Janes, Alexis Vignes, Olivier Dufaud — 2014
• Self ignition of layers of powder mixtures: Effect of solid inertantsDavid Bideau, Olivier Dufaud, F. Le Guyadec — 2011
• Coal Dust Explosion Prevention and Protection Based on Inherent SafetyYuan Chunmiao, Chang Li, Gang Li — 2011
• On the explosion and flammability behavior of mixtures of combustible dustsRoberto Sanchirico, Paola Russo, Valeria Di Sarli — 2015
• Visualization Study of Dust Dispersion Process in Siwek 20-L Device for Dust Explosion TestBing Du, Wei Xing Huang, Nian Sheng Kuai — 2014
• Application of inherent safety principles to dust explosion prevention and mitigationPaul Amyotte, Michael J. Pegg, Faisal Khan — 2009
• Experimental investigations on the roles of moisture in coal dust explosionJingjie Yuan, Wei Wenyun, Weixing Huang — 2014
• When solids meet solids: A glimpse into dust mixture explosionsOlivier Dufaud, Laurent Perrin, David Bideau — 2012
• The numerical simulation on the regularity of dust dispersion in whole-rock mechanized excavation face with different air-draft amountWen Nie, Cheng Weimin, Zhou Gang — 2011
• Experimental investigations of coal dust-inertant mixture explosion behaviorsNiansheng Kuai, Weixing Huang, Jingjie Yuan — 2011
• Dust explosions-cases, causes, consequences, and control.Tasneem Abbasi, S. A. Abbasi — 2007
• Deflagration to detonation transition and detonation structure in diethyl ether mist/aluminum dust/air mixturesChunhua Bai, Bo Zhang, Guangli Xiu — 2013
• Thermal radiation from vapour cloud explosionsMichalis Hadjipanayis, Frank Beyrau, R.P. Lindstedt — 2015
• Experimental Investigation on Inerting Mechanism of Dust ExplosionBing Du, Weixing Huang, Niansheng Kuai — 2012
• Reducing aluminum dust explosion hazards: case study of dust inerting in an aluminum buffing operation.Timothy J. Myers — 2008

Related papers

• Managing Dust Explosion HazardsVahid Ebadat — 2009
• Dust explosion hazard assessmentVahid Ebadat — 2010
• Explosion propagation in a dust removal pipeline under dust collector explosionLei Pang, Jiaojiao Cao, Qiuping Xiao — 2022
• Preliminary study on the tea dust explosion: the effect of tea dust sizeSemawi Nur Hikmah, Sulaiman Siti Zubaidah, Ahmad Mutamim Noor Sabrina — 2019
• A model to assess dust explosion occurrence probability.Junaid Hassan, Faisal Khan, Paul Amyotte — 2014
• Fire Characteristics of Polyethylene DustMarián Škvarka, Richard Kuracina, Zuzana Szabová — 2021
• Imagination and education in Australia: Short term fixes or long-term gains?Christine Fox, Robyn Iredale — 2012
• Short-Term Service in Fiji Yields Long-Term BenefitsHEIDI SPLETE — 2008