Challenges in the Design of Safe Handling System for Explosive …
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different heights are freezed to increase the performance of the cyclone unit. Different
water levels in scrubber are suggested for machining different material that shows
its versatility. In place of bag filter, with the use of cartridge type filter, mechanical
simplicity and easy maintenance are achieved. By adapting vacuum driving force
the probability of occurrence of incidents is minimized significantly. Using the ETA
technique, the system is verified for all possible causes of hazards.
6 Conclusion
Machinng of explosives is an interesting and unique technical art as it needs concerted
efforts from engineering and safety domains in order to achieve the intended objective. This paper attempted with primary concepts to execute the safe design of explosive dust extraction system and verifying the design with the ETA technique. There
is a vast provision to make a further study for the researchers to exploit insights to
reach greater ends in this particular field.
References
1. Abbasi T, Pasman HJ, Abbasi SA (2009) A scheme for the classification of explosions in the
chemical process industry. J Hazard Mater
2. Maynard E, Jenike & Johanson (2018) Six key considerations for proper dust collection system
design. A technical article from Powder and Bulk Engineering (PBE)
3. Krbec J, Stevenson B (2014) How to prevent dust explosion in your dust collector. A technical
article from Powder and Bulk Engineering (PBE)
4. C Ericson (2005) Hazard analysis techniques for systems safety. Wiley
5. Kumamoto (1996) Probabilistic risk assessment and management for Engineers and Scientists
455
different heights are freezed to increase the performance of the cyclone unit. Different
water levels in scrubber are suggested for machining different material that shows
its versatility. In place of bag filter, with the use of cartridge type filter, mechanical
simplicity and easy maintenance are achieved. By adapting vacuum driving force
the probability of occurrence of incidents is minimized significantly. Using the ETA
technique, the system is verified for all possible causes of hazards.
6 Conclusion
Machinng of explosives is an interesting and unique technical art as it needs concerted
efforts from engineering and safety domains in order to achieve the intended objective. This paper attempted with primary concepts to execute the safe design of explosive dust extraction system and verifying the design with the ETA technique. There
is a vast provision to make a further study for the researchers to exploit insights to
reach greater ends in this particular field.
References
1. Abbasi T, Pasman HJ, Abbasi SA (2009) A scheme for the classification of explosions in the
chemical process industry. J Hazard Mater
2. Maynard E, Jenike & Johanson (2018) Six key considerations for proper dust collection system
design. A technical article from Powder and Bulk Engineering (PBE)
3. Krbec J, Stevenson B (2014) How to prevent dust explosion in your dust collector. A technical
article from Powder and Bulk Engineering (PBE)
4. C Ericson (2005) Hazard analysis techniques for systems safety. Wiley
5. Kumamoto (1996) Probabilistic risk assessment and management for Engineers and Scientists