Capability Spotlight: Utilize On-Site Expertise

In the intricate world of industrial operations, pumps play a pivotal role. When a pump fails, it can disrupt entire production lines, leading to significant financial losses and safety hazards. Regardless of the quality of equipment construction or refurbishment, a proper field installation is critical to ensure reliable performance and achieve maximum life.

Unfortunately, the industrial sector is currently facing a significant challenge: the retirement of a large cohort of experienced workers. This exodus has created a skills gap, particularly in areas like field service. The expertise and knowledge these seasoned professionals possess are invaluable, and their absence can leave companies vulnerable.

That’s why partnering with a skilled and experienced field service team is critical.

Hydro’s field service technicians and technical field advisors (TFA) are highly knowledgeable professionals with experience over a wide range of pump applications, manufacturers, and models.  This experience is a critical factor in ensuring that field projects are performed effectively:

  • Hydro’s technicians are pump subject matter experts and have an extensive understanding of pump systems, their components, and common issues. This knowledge allows them to diagnose problems quickly and accurately.
  • Experience has provided our field service technicians with the ability to think quickly on their feet and develop exceptional problem-solving skills. They can handle unexpected challenges, devise creative solutions, and minimize downtime.
  • Experienced technicians are more efficient at their tasks. They know the best practices, processes, and tools to use, resulting in faster turnaround times without compromising the accuracy or quality of the field activity.

At Hydro, our on-site services team is comprised of subject matter experts in their field. Their knowledge across OEMs and industries is combined with Hydro’s extensive library historical data and global engineering support. It is also augmented by our field engineering division, which provides on-site performance and mechanical testing and troubleshooting. This powerful combination allows us to provide tailored solutions for your pump problems, enhance your reliability, and reduce your pump-related operating and maintenance costs.

Meet Hydro’s Technical Field Advisors:


Our Field Service Offerings

Hydro’s comprehensive field service offerings include:

  • Installation and start-up
  • Field machining and onsite welding
  • Turnkey services
  • Project management
  • Vibration analysis
  • Laser alignment
  • Pump system troubleshooting
  • Field engineering
  • Emergency field response
  • Hands-on training

Read more about how Hydro’s On-Site Services team has supported end user’s in the field with this case study from the Nuclear Power industry.

Contact us to discuss scheduling on-site support.

Capability Spotlight: Rethink Your Parts Strategy

The Critical Parts Landscape is Changing.

With the advent of innovative pattern making and additive manufacturing, end users have more options than ever before when it comes to parts supply. When faced with these exciting changes, it is important to develop a parts strategy that takes advantage of new technology while still reducing risk of component failure or unsuitability.

At Hydro Parts Solutions, we combine innovation with hard-earned experience in pump engineering, reverse engineering, materials, and casting.  Knowing that reverse engineering is far more complex than laser scanning and replication, they rely heavily on this experience and the knowledge of Hydro’s engineering network to verify critical dimensions, account for wear of the scanned component, upgrade tolerances, and provide a part that is better than the original.

By cultivating strong relationships with local foundries, Hydro Parts Solutions can provide expedited lead times while maintaining control of product quality throughout the manufacturing process. They adhere to strict process control procedures, including providing standardized parts numbers and generating drawings for every part.

Every job completed by Hydro Parts Solutions is passed through multiple levels of engineering and inspection checks, from model development through pattern creation to final machining and equivalency analysis.   This gives you confidence that the parts supplied will provide safe and reliable service.

As pump experts, Hydro has the experience to reverse engineer and supply complex hydraulic components and the resources to diagnose design problems and suggest targeted upgrades. Hydro routinely upgrades vintage equipment with proven design component design upgrades that counteract known failure modes. Our global engineering team works closely with our parts division to perform hydraulic modifications that increase efficiency or help end users meet changed system requirements.

The end result? Shorter lead times and longer component life.

Explore Hydro Parts Solutions’ state-of-the-art parts case studies.

Discover Hydro Parts Solutions here.

Contact us for a parts quote.

Capability Spotlight: Addressing Obsolescence

A dependable source of quality parts supply is critical to maintain safe, reliable, and profitable operation of industrial facilities. However, aging equipment and pressure on the global supply chain have created a challenging environment in the replacement parts.

Obsolescence and loss of supplier experience have resulted in many plants rethinking the idea that the original equipment manufacturer (OEM) should be the go-to source for parts supply. Consolidation of OEMs and retirement and down-sizing on the supplier side have led to loss of capability, compromised quality, and slower response times. Ordering parts through the OEM is also a highly transactional process that rarely engages engineering. Without engineering involvement, there is no opportunity to determine if new technology or design improvements are available that can improve the reliability of the component.

Hydro helps end users meet the challenges of obsolescence with hard-earned reverse engineering expertise, an extensive library of parts drawings across OEMs, a global engineering network, and a dedicated parts division that delivers industry-leading turnaround times for cast components.

When sourcing an alternative for quality parts, it is important to understand that reverse engineering goes beyond simple replication and must engage an experienced engineering team. Advanced technologies can help significantly in the process of reverse engineering critical parts, but relying on these technologies alone is not enough to ensure proper design and manufacture. Geometry, metallurgy, hardness, tolerances, and coatings should all be considered and they add to the complexity of the reverse engineering process. Reproducing the part without reviewing the hydraulic, mechanical, and material characteristics of the component can lead to incorrect geometry or failure of the part when placed in service.

Hydro’s reverse engineering procedures ensure that a comprehensive engineering review is completed during the reverse engineering process. We are also able to leverage our library of known failure mechanisms and proven solutions to improve component design and performance.

Read about how Hydro helps end users overcome the challenges of obsolescence and other supply chain challenges in our case studies with Nuclear Engineering International here and here.

Discover our Hydro’s Parts Solutions division here.

Capability Spotlight: Resolve Reliability Problems

Why look backwards when you can be looking forward?

The problems you inherited with your pump and system design shouldn’t be an anchor holding you back from stable operation. Hydro’s mission to increase pump reliability extends beyond our service facilities and into the field. Hydro Reliability Services provides expert troubleshooting, advanced engineering analysis, and field mechanical and hydraulic testing for your rotating equipment.

Many pump applications experience ongoing vibration and reliability issues; aging installations are also seeing margins between operation and resonant conditions eroding and previously reliable equipment being pulled into problems. The root cause of these problems is often resonance, a condition that is often misdiagnosed and commonly goes undiagnosed, resulting in persistent high amplitude vibration issues for long periods of time. Structural resonance typically results in highly directional vibration and increased amplitudes that can be difficult to resolve without the proper engineering approach. Fortunately, technology has developed to diagnose resonance and develop effective solutions without resorting to costly trial-and-error methods.

To help our customers solve complex problems with critical pumping equipment, Hydro Reliability Services’ engineers bring an array of technology to the site. Monitoring of traditional health indicators – flow, power, vibration, and pressure – is supplemented with advanced technology, such as Operating Deflection Shape and Experimental Modal Analysis. Leveraging their expertise and advanced modeling software, Hydro’s reliability engineers analyze this data to determine design and system weaknesses and propose improvements. This assessment gives you the ammunition you need to make an informed judgment about the risk of current and future operation.

Read our recent case study in Pumps & Systems magazine to learn more about how field testing and troubleshooting helped a power plant resolve a vibration issue in a critical application.

What does more effective troubleshooting mean for you?

  • Maintaining a competitive edge in your marketplace through reduced operation and maintenance costs
  • Creating a safer workplace with much lower risk of equipment-related accidents and reduced exposure to hazardous materials
  • Contribution towards a sustainable future through more efficient operation and reduced risk of product leakage into the environment
  • Ability to focus resources on proactive strategies and process innovation instead of continuously reacting to problem equipment

Capability Spotlight: Optimize Energy Efficiency

It’s estimated that 85% of pumps are not optimized to their systems, costing end users both efficiency and reliability. To achieve operational excellence and reduce environmental impact, assessing and improving our systems is essential.

Many OEMs focus on the initial pump design and providing a higher peak efficiency. While this can provide energy savings, it misses some of the greatest gains available. With our history in developing solutions for the aftermarket, Hydro approaches energy efficiency differently. Our unique experience as a brand-agnostic company focused on end users’ existing installed equipment has provided us with insight into improving equipment performance by understanding how it operates as a part of the greater system. This has allowed us to provide significant energy savings for our partners, as shown in successful cases such as this case study published in World Pumps magazine.

Hydro’s Energy Edge program takes advantage of our in-house engineering, field testing, remanufacturing, and parts capabilities to provide an end-to-end solution to improve energy usage and reliability. The process starts with getting the necessary design and operation data to perform a comprehensive analysis of current performance and identify opportunities for improvement. Depending on the findings, solutions can range from system operations recommendations to hydraulic modifications to a completely redesigned drop-in replacement. By providing a custom solution instead of an off-the-shelf replacement, Hydro not only optimizes performance, but minimizes cost, lead time, and risk by ensuring that the solutions fits into the existing equipment footprint.

Some of the aspects of an energy optimization project may include:

  • Energy Savings Audit: Field performance testing provides a performance baseline and identifies areas where improvements can be made
  • System Analysis: Using system design experience and AFT Fathom hydraulic analysis software, Hydro’s engineers model and simulate fluid flow through the system to accurately predict system behavior and optimize performance.
  • Hydraulic Modification: Modification to existing hydraulic components or design of new components provides hydraulic performance optimized to meet system needs. Our hydraulic specialists use both design knowledge and CFD analysis to provide the best fit design for the application
  • Equipment Remanufacturing and Parts Supply: Modifications are implemented through Hydro’s service center network, ensuring oversight and communication with the engineering design team. New cast parts are provided by our Parts Solutions division, ensuring control over parts quality and lead time.
  • Performance Testing: Testing in our HI-certified performance test lab validates new hydraulics and provides a new certified performance curve. Post-modification field testing can also be performed to provide data on field performance.
  • Continuous Monitoring: Using Hydro’s Centaur condition monitoring solution, equipment mechanical performance can be continuously monitored to provide better insight into equipment health into the future.

Want to learn more about energy efficiency and pump performance? Watch Bob Jennings’ presentation on the subject during Empowering Pumps 2024 Maintenance and Reliability Summit or read our co-authored eBook with Plant Services magazine.