Page 21 - Subyek Teknik Mesin - Forsthoffers Best Practice Handbook for Rotating Machinery by William E Forsthoffer

List of Best Practices
B.P. 9.9: When to use a seal gas conditioning unit B.P. 11.2: Maximizing pump unit bearing bracket oil change
B.P. 9.10: Require a primary vent backpressure device intervals
B.P. 9.11: When to require a primary vent orifice bypass B.P. 11.3: Optimize pump unit MTBFs by changing over
device for tandem seal applications pumps every three to six months
B.P. 9.12: When to use an ‘AND Trip’ to minimize primary B.P. 11.4: PM oil system and dry gas seal system valves and
vent trips hardware at every turnaround
B.P. 9.13: Route bearing vents independently B.P. 11.5: Extending oil lubricated coupling PM maintenance
B.P. 9.14: Differential pressure control for separation nitrogen intervals
supply B.P. 11.6: Perform transient oil system tests immediately
B.P. 9.15: Color code dry gas seal sub-systems prior to turnaround shutdowns
B.P. 11.7: Trend all rotating equipment performance (head,
flow and efficiency)
Chapter 10 The Post Shipment Phase: B.P. 11.8: Use PDM results to reduce PM tasks and expand
Installation, Pre-Commissioning, PM intervals
B.P. 11.9: Integrate operations and process awareness into the
Commissioning and Start-up Best reliability program
Practices B.P. 11.10: Conduct operator awareness training for all shifts
on a regular basis
B.P. 10.1: Finalize all construction specifications during the B.P. 11.11: Send reliability group members to yearly key
engineering phase machinery seminars
B.P. 10.2: Preservation materials are available and the program B.P. 11.12: Conduct yearly machinery vendor improvement
is fully implemented meetings on site
B.P. 10.3: Ensuring vendor service representative effective site
visits
B.P. 10.4: Critical machinery foundation preparation best Chapter 12 Implementation and
practices Communication Best Practices
B.P. 10.5: Use epoxy grout for all machinery foundations
B.P. 10.6: Proper process piping to machinery flange
B.P. 12.1: Obtain and maintain continued management
alignment and foundation support support for machinery reliability issues
B.P. 10.7: Best Practice oil flushing procedure
B.P. 12.2: Use site PDM results to continuously improve
B.P. 10.8: Functional tests prior to start-up e proper machinery best practices
installation practices confirmation B.P. 12.3: How to ensure execution of the best practices in
B.P. 10.9: Perform critical compressor air or nitrogen runs this book
during pre-commissioning B.P. 12.4: Establish a site specific machinery function
B.P. 10.10: Perform driver solo runs to confirm proper awareness training program
operation of the control systems B.P. 12.5: Email effectiveness guidelines for optimum results
B.P. 10.11: Obtain a CCM initial start-up baseline B.P. 12.6: Guidelines for email recipients - who to send to,
B.P. 10.12: Conduct mini-information sessions for operators copy and blind copy
B.P. 10.13: Implement the principle of CCM for all site
B.P. 12.7: Guidelines to producing effective meeting agendas
machinery B.P. 12.8: Guidelines to producing meeting minutes of
optimum effectiveness
B.P. 12.9: Guidelines to preparing effective reports
Chapter 11 Preventive and Predictive
Maintenance Best Practices

B.P. 11.1: Minimize PMs and extend PM intervals by using
condition monitoring (PDM) results

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