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Discharge Dampeners for Pulsation Control
The document discusses the importance of discharge dampeners in pump and piping systems to control vibrations and prevent equipment failure. It highlights various types of dampeners, including maintenance-free options, and emphasizes their benefits such as enhanced safety, increased system life, and reduced operating costs. The document also mentions the company's commitment to performance, customization, and providing a worry-free customer experience.
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Discharge Dampeners for Pulsation Control
- 1. Performance Pulsation Control DischargeDampeners We put performance in our products
- 2. Why Discharge Dampeners? •Pump & piping system vibrations lead to equipment failure and unsafe conditions • Dampens high & low frequency pulsation energies • Maintains required pressure & flow profiles • Increases pump and fluid end life • Decreases system operating costs & down time Discharge Dampener
- 3. Discharge Dampener Types •Accumulator – Typically applied to maintain proper flow • Gas Charged – Appendage and flow-through styles using bladders or cartridges to control pulsation • Maintenance Free – Flow through designs capable of dampening wide ranges of flow and acceleration-induced pulsations
- 4. Accumulator vs. Dampener AccumulatorDampener Valves prone to clogging and subsequent adverse operation or bladder damage Clear fluid path reduces potential for debris to clog passage
- 5. Dampeners – GasCharged • Reduced footprint/minimal weight • Operates with fixed pre-charge pressure • Wide pressure range performance – up to 15kpsi • Broad material and volume options • Top repairable for “no-removal” maintenance PPC PD – Bladder Style
- 6. Dampeners – GasCharged Status Flow - Cartridge Style
- 7. Dampener – GasCharged Status Flow – Cartridge Style
- 8. Dampener - MaintenanceFree • Two Types – Reactive and Cellular • Reactive - Pumped liquid media reacts with the system to reduce pulsations – no moving parts • Cellular – Nitrogen-filled microcell elastomer element reduces pulsations – no charging • Virtually eliminates acceleration pressure losses • Improves rig safety
- 9. Maintenance-Free Reactive DischargeDampener Dampener - Reactive
- 10. Dampener - Reactive •Enhanced Safety/Lower Maintenance – No charging required • Optimal pulsation control over variable pressure ranges & pulsation frequencies • Dampens flow and acceleration pulsations • Increased pump and system life • Improved MWD signal detection • Reduced pump room hydraulic noise • Temperature accommodations: -20⁰F to 650 ⁰F
- 11. We put performancein our products Maintenance Free Flow Through Discharge Reactive (Liquid Only)Maintenance Free Flow Through Suction Cellular
- 12. Maintenance Free Flow ThroughSuction Cellular Maintenance Free Flow Through Discharge Reactive (Liquid Only)
- 13. Things to Remember •Suction Stabilizers - Critical to your fluid delivery and ultimate discharge performance • Discharge Dampeners – Reduction of acceleration and flow-induced pulsations • Maintenance Free Options – Initially more expensive, but long-term costs lower • PPC Value – “Worry-Free Customer Experience” • Durable, High-Performance Solutions • Engineering expertise to customize designs and predict pulsation performance • Expert project management for a “worry-free customer experience”
- 14. Contact Us sales@performancepulsation.com Richardson: 972.699.8600 Odessa:432.580.3017 Linked