Conditioning and casing
are the most crucial steps in the manufacturing of tobacco. Tobacco quality
will be ascertained by that technique. The jet conditioning cylinder engine is
where the conditioning and casing procedure is carried out. The boiler will
then help to supply the steam. A boiler failure would cause the entire
manufacturing process to stop and result in significant losses. The aim of this
study is to use bowtie analysis to assess the degree of risk that could result
in a boiler accident, identify preventive controls and mitigating measures for
the boiler, and identify suitable recommendations for the current barrier
conditions in the boiler at a tobacco processing factory. Failure Mode and
Effect Analysis (FMEA) is the procedure used to assess the boiler's level of
accident risk. In the meantime, a boiler in the tobacco processing plant is
subjected to Bow Tie Analysis to identify preventative controls and mitigation
actions. The research's conclusion indicates that the top event in the bowtie analysis
is comprised of two high-risk components: a broken attemperator and a damaged
feed water pump. There are two threats and three repercussions associated with
the broken temperature, all of which need for an extra barrier. Two threats and
one consequence from a broken feed water pump need the installation of an extra
barrier.
FMEA AND BOW TIE ANALYSIS Methods for the Risk Analysis of Tobacco Processing Plant Boilers
ABSTRACT
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