AUGUST-2024 - KASA_Redberg
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AUGUST-2024
COURSES > COURSES & SEMINARS
PUBLIC COURSES - 2025
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As at the time of publishing (19 January 2025) we are still developing our public course program....
Can't make it to these courses or have missed the registration deadline? Then contact us to register your interest for future courses or to obtain a quotation from us to come to your place of work and deliver an in-house/customised course to you and your colleagues.
Note: The "early bird" discount finishes at 5:00pm (Sydney time) on <Insert Day Month Year>
Advanced Slurry Pumping and Piping
Perth: 00 & 11 Month 2025
Brisbane: 00 & 11 Month 2025
Piping Design to AS 4041 and ASME B31.3
Perth: 00 & 11 Month 2025
Brisbane: 00 & 11 Month 2025
At a glance...
- Two days' duration
- A comprehensive training manual (not slide print-outs) provided
- Morning tea and a light lunch included
- Content includes:
- Rheology testing, pipe loop testing, particle size distribution and flow curves
- Theory for both settling slurries and non-Newtonian thickened slurries
- Determine the Deposit Velocity, Laminar-Turbulent Transition etc.
- Determine pipe head losses for settling slurries using simplified and comprehensive techniques
- Determine pipe head losses for non-Newtonians for both the laminar and turbulent flow regimes
- Tailings pipeline design tips and general slurry in-plant piping tips
- Centrifugual and positive displacement slurry pumps including centrifugal pump de-rating methods
- Froth pumping
- Overall pump, piping and pipeline systems design
- Guidance on which of the many empirical correlations to choose for a particular application
- Typical valves and instruments
- "Real world" design calculations
At a glance...
- Two days' duration
- A comprehensive training manual (not slide print-outs) provided
- Morning tea and a light lunch included
- Content includes:
- Strength of materials, failure theories and all theory necessary to understand the piping codes and standards
- "Run-throughs" of both piping standards (including AS 4343 for hazard levels)
- Obtaining relevant material properties and (de)rating factors from the piping codes
- Pressure design - determining the required wall thickness, design of branches, design of closures, design for vacuum etc.
- Sustained longitudinal stress design - including weight of the pipe and contents; also includes support spacing determination etc.
- Sustained plus occasional longitudinal stresses - including earthquake, wind loading and relief valve discharge loading
- Determining thermal displacement stresses - expansion and contraction
- Expansion joints and tips for good piping design
- "Real world" design calculations