Empowering Pumps Maintenance & Reliability Summit

Hydro was proud to participate in this year’s Empowering Pumps‘ virtual Maintenance & Reliability Summit. This year’s summit brought together industry experts for a powerful conversation about today’s maintenance challenges.

The summit featured prominent voices including Hydro’s Greg Bell, who strives to be a solutions provider while bringing the end user perspective to the aftermarket business through his years of experience at Gulf/Chevron.

The discussion, led by Empowering Pumps & Equipment President, Vince Marino, revealed critical challenges that maintenance organizations face across industries, particularly the widespread issue of understaffed crews and the loss of experienced personnel. Participants explored how legacy equipment, built decades ago, continues to operate under conditions far different from their original design parameters, requiring innovative engineering solutions rather than simple replacements. They also shared compelling examples of how proper application knowledge and proactive maintenance cultures can prevent costly downtime and extend equipment life.

You can watch this year’s summit here:

<>

Learn more about Empowering Pumps and Equipment here.

Read more about Hydro’s case studies in performance and reliability improvement on our blog.

Re-engineering System Reliability

A US fertilizer plant was experiencing recurring reliability problems with its horizontal multistage boiler feed pumps. The series of repeat failures motivated the owner plant to consult with a widely-known unbiased ­­­­aftermarket pump service provider. Previous experience with this company’s Texas facility gave the plant confidence that they had the capability to troubleshoot the problem and provide a solution. This type of supplier has been classified as a “CPRS”— Competent Pump Repair Shop, because their worldwide affiliates are staffed by specialists who have the fullest support of pump engineers at the company headquarters.

The aftermarket pump service provider performed a failure modes and effects analysis (FMEA) that took into consideration historical failure information and included an independent engineering analysis of the operating conditions. A review of the system history uncovered that the fertilizer plant had originally been designed with two 100% pumps. When the system was uprated, increased output requirements necessitated that both pumps operate in parallel to meet the new demand. Based on this information, the FMEA determined that the most probable failure mechanism was discharge recirculation caused by low flow operation.

Continue reading