The Finish Line Vol. 35 • August 2025 [Q2 2025]

RMS Acquires Fusion, Inc.

Expanding its Service Offering to include Precision Grinding, Laser Cladding & Thermal Spray Coatings

Rotating Machinery Services (RMS), a premier provider of aftermarket solutions for critical rotating equipment, is excited to announce the acquisition of Fusion Inc., a Houston-based precision grinding and thermal spray coating company specializing in tight-tolerance grinding, CNC and manual machining, laser cladding, and wear-resistant coating applications.

This acquisition significantly expands RMS’s vertically integrated manufacturing capabilities, enhancing its ability to control quality, cost, and lead time across the full lifecycle of turbomachinery overhauls. Fusion’s in-house expertise will immediately support RMS’s overhaul and repair of steam turbines, expanders, compressors, and other high-performance rotating equipment.

“Fusion brings a rare combination of grinding precision, laser cladding, and advanced thermal spray coating technology,” said John Bartos, CEO of RMS. “These are core to extending the life of critical components in turbomachinery, and by bringing them inhouse we’re strengthening RMS’s ability to deliver world-class service with speed, consistency, and technical excellence.”

Fusion Inc. has built a strong reputation for delivering custom-machined components with exacting standards and for applying industrial coatings—particularly hardface and wear-resistant overlays—that enhance component durability and performance in high stress environments.

These thermal spray coatings play a critical role in restoring worn parts, improving corrosion resistance, and extending mean time between overhauls for rotating machinery.

“We’ve always taken pride in solving complex grinding and surface wear challenges,” said Stratton Gillis, Founder of Fusion Inc. “Joining RMS allows us to apply those capabilities more broadly, especially in support of the turbomachinery space. We’re thrilled to be part of an organization that values precision and technical integrity as much as we do.”

Fusion will continue operations at its Houston facility and will serve as a key internal partner across RMS’s national repair network—supporting component restoration, manufacturing, and surface treatment needs for rotating equipment customers.

About Fusion Inc.

Fusion Inc. is a Houston-based service-oriented coating & grinding facility that additionally offers some CNC and manual machining, specializing in tight tolerance grinding, and advanced coating applications including laser cladding. Known for its responsiveness, quality, and materials expertise, Fusion supports critical equipment repair across a wide range of industrial markets.

RMS Acquires Psicon BV, Expanding Global Capabilities in Rotating Equipment and Magnetic Filtration Solutions

RMS, a leading provider of engineered solutions for rotating equipment, is proud to announce the acquisition of Psicon BV, a Netherlands-based company renowned for its expertise in compressor modernization, turbo machinery upgrades, and advanced magnetic filtration systems.

Established in 2000, Psicon has built a strong reputation for delivering high-quality engineered products and services to the power and oil & gas industries. Their offerings include performance upgrades for critical pieces of turbomachinery, steam turbines, and the design and manufacturing of capital spare parts such as cylinder assemblies, rotors, impellers, diaphragms, and Sundyne/Sunflo pumps and compressors — extending its aftermarket service capabilities.

Psicon is also recognized for its unique magnetic filtration solutions, including the innovative CYCMAG™ filters, which combine tangential cyclones with magnetic separators to effectively remove ferrous contaminants from gas and liquid streams.

“We are thrilled to welcome Psicon into the RMS family,” said John Bartos, CEO of RMS. “Psicon’s commitment to engineering excellence and innovation aligns perfectly with our mission to provide comprehensive solutions for rotating equipment. This acquisition enhances our global footprint and allows RMS to offer a broader range of services to our clients.”
Frank Koper, President and Founder of PSIcon, expressed enthusiasm about the partnership, “Joining forces with RMS marks an exciting new chapter for Psicon. Our combined expertise and resources will enable us to deliver even greater value to our customers worldwide. We look forward to leveraging our shared strengths to drive innovation and growth.”

Psicon’s state-of-the-art engineering capabilities align with RMS’s SMMART (Scanning, Measuring, Modeling, Analyzing, and Testing) practices. They also employ 3D scanning techniques, supported with advanced software tools for flow path calculations, pressure analysis, and Finite Element Analysis (FEA), complementing RMS's existing services. Additionally, Psicon’s local relationships with manufacturing facilities, equipped with CNC machinery and balancing departments, will enhance RMS's global service capabilities.

Psicon will continue to operate from its headquarters in Zoetermeer, Netherlands, and will deliver RMS's industry-leading services to the international marketplace.

About Psicon BV

Psicon BV, headquartered in Zoetermeer, Netherlands, specializes in rotating equipment performance improvements, turbomachinery solutions, magnetic filtration technology, and aftermarket services. Serving clients worldwide, Psicon is dedicated to delivering high quality engineered products and services to the power and oil & gas industries.

This Edition of 'The Finish Line' includes:

  • RMS Acquires Fusion Inc.
  • RMS Acquires Psicon
  • Case Study :Turbine-Compressor Train Thermal Growth Discovery
  • RMS Partners with Purdue to Accelerate Mission-Critical Manufacturing
  • Case Study: Restarting an American Warhorse
  • Subarc Welding at Pearland Works
  • From Image to Insight with AI Technology
  • Case Study :From Fracture to Function—Impeller Reengineered
  • Preparing for the Houston Turbo Show 2025
  • Turbo Toons
  • New Hires
Read previous editions of 'The Finish Line'

By: Matthew Williamson - Operations Manager Metrology

Measuring the Unseen: A Thermal Growth Discovery

In refinery operations, thermal growth isn’t always visible—but its impact can be massive. Subtle movement during startup can lead to unexpected misalignment, accelerated wear, or even premature failure across critical rotating equipment.

That’s exactly what RMS uncovered during a scheduled turbine overhaul at a major processing facility, where what began as routine support revealed something deeper: a growing alignment issue tied to thermal expansion in the turbine-compressor train.

By transforming a standard alignment call into a thermal growth study, RMS worked closely with site stakeholders to track equipment movement using high-resolution 3D scans—delivering insights that enabled better decisions, improved reliability, and reduced future risk.

Precision Begins with Perspective

Having already completed preliminary scan work for the turnaround event, RMS technicians returned to the site to install epoxied monuments on key components and foundation points. These served as repeatable targets for high-precision measurement in both cold and hot operating conditions.

Using AT960LR laser tracker technology, contact probes, and Polyworks software, the RMS team performed two full 3D scans:

  • Cold Scan: May 12–15, 2025
  • Hot Scan: June 17–20, 2025

All measurements were aligned to a fixed concrete baseline, enabling accurate comparison of movement along the X, Y, and Z axes. Initial findings supported field observations, and additional analysis is underway as part of a broader study to observe thermal behavior across multiple ambient conditions and site visits.

Beyond the initial hot and cold scans, RMS will continue returning to the site to track potential changes over time—particularly in relation to ambient temperature shifts and possible foundation movement. This ongoing monitoring effort will help identify structural trends, such as degradation in concrete columns or misalignment driven by external factors. By expanding the scope from a two-part inspection to a multi-phase study, RMS is helping the site build a roadmap toward long-term structural clarity

Uncovering the Unexpected

While initial assumptions pointed to compressor movement, the data told a different story: the turbine exhibited significantly more displacement during startup. This challenged prior expectations and underscored the value of measurement over assumption.

Even though cold alignment values appeared within specification, hot-state displacement suggested a deeper issue—likely involving the foundation or structural supports. By validating these hunches with precise thermal data, RMS helped shift the focus from surface-level alignment to long-term structural insight.

Turning Insight Into Action

This thermal growth study didn’t just solve an isolated issue—it laid the groundwork for ongoing reliability planning. RMS is now working with the site team to explore future monitoring solutions that will track structural behavior over time and help prevent future misalignment events.

It’s part of a broader shift in maintenance strategy: leveraging real-world data to drive smarter, more resilient decisions.

Bringing Clarity to Complexity

At RMS, thermal growth studies aren’t just about collecting numbers—they’re about uncovering patterns, validating assumptions, and revealing the deeper forces shaping alignment over time.

This is just the first step. Each visit, each data point, contributes to a broader understanding of how ambient conditions, structural behavior, and foundation dynamics influence system performance. What started as a two-part inspection is now evolving into a long-term study—designed to track changes over time and support future decision-making.

As the dataset expands, so does the ability to detect emerging issues—and act before they impact reliability.

RMS Partners with MMRL, Purdue University to Accelerate the Production of Mission-Critical Components

When a piece of turbomachinery goes down, every hour of lost production can mean hundreds of thousands or even millions of dollars in lost revenue. At Rotating Machinery Services (RMS), we’ve built our reputation on responsiveness and delivering uniquely engineered solutions to maximize our customers’ uptime.

That’s why RMS is proud to announce a new partnership with Purdue University’s Manufacturing and Materials Research Laboratories (MMRL), an educational alliance aimed at accelerating the development and production of mission-critical components that often don’t fit neatly into traditional supply chains or manufacturing paradigms.

Founded in 2023, the MMRL is part of Purdue’s College of Engineering and was established to bridge the gap between advanced research and practical, scalable industrial applications. Under the leadership of Dr. Ajay P. Malshe, Director of MMRL, the labs focus on transformative technologies in design, manufacturing science and engineering, materials behavior, and convergence of physical and digital technologies.

“Not only is speed in being able to supply mission-critical components a key to getting equipment back up and running,” said John Bartos, CEO of RMS, “but also metallurgical composition, material properties, surface finish, and other performance characteristics are just as vital.”

During major overhauls or scheduled turnarounds, it’s not uncommon to uncover unexpected issues that require the repair or replacement of a part. In most cases, traditional manufacturing techniques can provide an effective solution. However, in certain situations, especially when working with subcomponents of purchased assemblies, conventional methods often fall short. That’s when agility, creativity, and advanced manufacturing processes become essential.

The collaboration with Purdue’s MMRL brings leading-edge solutions into real-world practice, combining RMS’s practical field expertise with Purdue’s academic and educational depth in manufacturing and supply chain.

This initiative builds upon lessons learned from RMS’s acquisition of BJ Superior, a company renowned for its focus on repairing critical bearing assemblies over replacement. That strategy has already proven to be both cost-efficient and time-saving, providing clients with faster turnaround while maintaining or improving performance standards.

“Relying on traditional long-lead supply chains or inventory stocking programs can lead to costly downtime for our customers,” added Bartos. “We’ve come to the MMRL at Purdue to explore the latest manufacturing knowledge that satisfies our industry’s need for speed and quality.”

The MMRL offers advanced processes, from hybrid additive and subtractive manufacturing methods to in situ analysis, enabling world-class collaboration with RMS for their industrial applications.

“The opportunity to work with a respected company like RMS gives us insight in the laboratory on what’s truly important to the industrial leaders we serve,” said Dr. Ajay Malshe, Director of the MMRL. “Applying research to the real world focuses our efforts and drives efficiency in the problems we choose to tackle.”

By pairing advanced manufacturing science with the operational urgency of industrial turbomachinery, the RMS–Purdue partnership exemplifies the future of responsive, research-driven service, helping clients get back online faster, smarter, and more reliably.

Restarting an American Warhorse

By Marc Rubino - Director of Shop Technology

In the steel towns of the Northeast, equipment built generations ago still powers modern industry—an echo of American ingenuity that continues to endure. This was the case at a coke plant operating a pair of centrifugal blowers originally manufactured by Allis-Chalmers—machines once used to move gas from coke ovens during wartime steel production.

One of these units, designed in the early 1940s, had served faithfully for decades. But in late 2023, a sudden vibration excursion shut down the steam-turbine-driven blower, leaving its motor-driven counterpart to carry the load. Plant operations continued—but not at full capacity.

The facility turned to RMS—not just for parts, but for guidance, engineering, and a roadmap to bring this machine back to life.

Rebuilding Begins with Understanding

Although RMS is the nameplate OEM for Allis-Chalmers centrifugal compressors (now under AC Compressor), the team couldn’t assume the unit still followed its original configuration. Over its long lifetime, the blower had undergone multiple third-party modifications. That meant the first step wasn’t replacement—it was rediscovery.

RMS deployed a field team equipped with advanced 3D metrology tools, including a laser tracker, contact probe, and high-resolution scanner. Working alongside the plant crew, they disassembled the compressor and scanned the internal flowpath surfaces to uncover how the unit had evolved—and how best to rebuild it.

The scans revealed significant retrofits: lead packing and water seals had been replaced by carbon ring end seals with nitrogen buffering, and the diaphragm designs had been altered. These changes had direct impacts on sealing and flow behavior.

Engineering the Next Chapter

With detailed scan data in hand, RMS engineers evaluated the components and designed a new set of custom seals to replace those damaged or worn. At the Bethlehem facility, the operational rotor was inspected, repaired, and balanced for return to service.

RMS also used the data to ensure a newly manufactured rotor could serve as a fully compatible drop-in spare—validated to the machine’s modified geometry and ensuring future redundancy.

From Field to Full Power

Once components were ready, RMS returned to the site. Field engineers supervised reinstallation of the new seals and the refurbished rotor. Alignment and assembly were completed with data-driven precision, ensuring the machine wouldn’t just restart—it would run reliably.

By the end of the job, the once-idle blower was back online, restoring full output to the plant and breathing new life into a machine built to serve the American war effort more than 80 years ago.

Legacy Meets Capability

This project is a testament to what’s possible when deep industry knowledge, modern technology, and thoughtful collaboration come together. RMS didn’t just repair a machine—we honored its history, understood its evolution, and delivered a solution that respected its legacy while restoring performance.

Because sometimes, restarting the old warhorse isn’t just about keeping it running—it’s about preserving the power that built it.

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Where Precision Meets Power: Subarc Welding in Action at RMS

By: Kalen Baker - Welding Engineer

At Rotating Machinery Services (RMS), we believe repairs should deliver more than just a quick fix. For heavy rotating equipment—like turbine shafts, pump cases, and compressor components—repairs must deliver durability, precision, and long-term performance. That’s where Submerged Arc Welding (SAW) comes in.

As you’ll see in our latest video, Subarc Welding isn’t just another welding method — it’s a high-performance process designed for the demands of large, high-value components. The video showcases how our technicians and engineers apply this method in real time, and this write-up gives you a closer look at why it matters.

Why Subarc Welding Works

Submerged Arc Welding is known for its ability to lay down large volumes of metal with speed and consistency. It uses a continuously fed wire electrode beneath a granular flux that melts to shield the weld pool from the atmosphere. This flux barrier prevents contamination, enhances weld quality, and helps produce smooth, consistent results — ideal for repairing or rebuilding industrial parts.

What sets SAW apart is its productivity. The process can deposit over 20 pounds of weld metal per hour, significantly reducing repair time compared to conventional methods. Fewer passes mean lower heat input, which reduces distortion — a critical advantage when repairing precision-machined surfaces or large-diameter components. The footage in the video highlights these benefits in action, from smooth bead formation to high deposition rates across a rotating shaft.

Tailored for Demanding Repairs

SAW is also highly adaptable. At RMS, we modify flux chemistries to match specific materials — for example, using chrome-modified flux to preserve alloy content in stainless steel repairs. The process excels in both buildup and cladding applications. Whether restoring the surface of a shaft journal or applying a corrosion-resistant layer to a component, SAW delivers uniform, reliable results that stand up to harsh operating conditions.

Because SAW is gravity-fed, welding must occur horizontally. Our facilities are equipped with custom rotary tables and fixtures that ensure the workpiece is precisely aligned throughout the process. You’ll see this in the video as components rotate smoothly under the welding head — a critical factor for dimensional accuracy and repeatable outcomes.

Every weld at RMS is backed by our engineering expertise. We tailor every procedure, perform detailed inspections, and integrate SAW into a full repair workflow that includes machining, balancing, metrology, and final QA. Our team ensures every repair meets strict industry and OEM standards, delivering not just a weld — but a complete solution.

Proven Results, Trusted Process

One recent example shown in the video involved rebuilding a worn turbine shaft. Using SAW, our team was able to restore critical dimensions quickly and accurately, reducing total downtime and eliminating the need for a costly replacement. It’s this kind of high-performance repair that SAW makes possible — and that RMS delivers every day.

When uptime, precision, and reliability matter, Subarc Welding provides the foundation for superior industrial repairs. Combined with RMS’s vertically integrated capabilities and experienced team, it’s part of why customers trust us with their most critical assets.

If the video gave you a visual sense of what we do, this write-up gives you the technical and operational reasons why it works. Together, they tell the story of how RMS continues to raise the bar in turbomachinery repair.

To learn more or to speak with our team about how Subarc Welding can support your operations, visit rotatingmachinery.com or contact us directly.

From Image to Insight: How AI Is Speeding Up Inspection

By: Patrick Koper - Engineer

As RMS continues to invest in faster, more efficient ways to service rotating equipment, one area of focus has been improving how inspection data drives decision-making.

When machines come in for service, time is everything. Being able to quickly assess their condition and determine next steps is critical—not just for planning, but for getting assets back online.

To support that process, RMS recently piloted an AI-assisted visual inspection tool that helps surface key insights faster and more clearly—enhancing how inspection findings are communicated to engineering so decisions can happen sooner, with greater confidence.

From Trial to Traction

The system uses an AI tool developed by our team at RMS Psicon to review visual data and highlight areas of potential concern. One key feature—suggested by our partners at Fusion—involves using red circles to mark flagged regions during inspections, making it easier for teams to focus on what matters most.

While still in early development, this pilot helped confirm how AI can assist not just with surface assessments, but with improving how inspection findings flow from the shop floor to engineering—accelerating the path to resolution.

In several cases, flagged images were able to guide next steps before full teardown—helping reduce delays and bring greater clarity to the overall process.

This effort was supported by the highly experienced engineering team at PSIcon, who helped shape and guide the tool’s practical implementation.

Improving Communication, Not Just Inspection

Beyond saving time, the real value of this approach is clarity. The tool is helping reduce the back-and-forth between inspection and engineering by organizing data in a way that’s more actionable from the start.

By simplifying how visual results are captured, flagged, and communicated, the system is helping RMS make quicker, more informed decisions about what a machine needs—and what happens next.

As the technology matures, RMS is exploring how this AI-assisted workflow can be applied across broader inspection efforts in the future.

From Fracture to Function: Restoring What Others Would Replace

By: Doug Craig - Product Director of Centrifugal Compressors

When a heavily worn impeller arrived at RMS, its condition told a familiar story: cracked vanes, fatigue across the bore, and an uncertain path forward. For most, replacement would’ve been the default. But this project wasn’t about settling—it was about reimagining what’s possible when repair is treated as precision engineering.

More Than a Repair

Initial inspection suggested that a standard weld procedure might do the job. But when early heat treatment led to cracking, RMS pressed pause. Instead of pushing forward with assumptions, the team reevaluated the material characteristics, consulted internal metallurgists, and collaborated with the client to develop a more tailored solution.

This shift from reactive repair to thoughtful redesign became the turning point

Built on Data, Guided by Precision

High-resolution 3D scans were performed both before and after repair to validate geometry, monitor bore distortion, and confirm restoration efforts. Rather than relying solely on visual inspection, RMS used data to drive every phase—from weld prep to final balance.

Each step was approached with intent, ensuring the impeller could meet service demands without compromise.

Engineering That Holds Up Under Pressure

To confirm structural integrity, RMS engineers conducted a series of simulations evaluating the part’s stress response, deflection behavior, and dynamic performance. These analyses supported key refinements and confirmed that the component would remain stable and safe under operational conditions.

The result: confidence backed by engineering, not estimation.

Restored—and Reconsidered

The success of the repair changed more than just the condition of the part. It shifted the client’s perspective. A replacement order was canceled. Additional work was awarded. And most importantly, a legacy component once considered past its prime was returned to service—with renewed purpose.

Moving Forward with Confidence

At RMS, we don’t just repair what’s broken—we reengineer solutions built for the future. Whether you're facing a difficult repair decision or weighing the cost of replacement, our team is here to help you navigate with clarity, data, and confidence.

RMS RETURNS TO TPS 2025

RMS is proud to return to the Turbomachinery & Pump Symposium (TPS) this September in Houston, TX.

As a long-standing exhibitor, we’re looking forward to connecting once again with industry peers, partners, and clients. Stop by to meet our team, explore our latest engineering and repair solutions, and see how RMS continues to deliver where it matters most—on uptime, performance, and precision.

Be sure to stop by and learn more about how we can help keep your rotating equipment running stronger, longer.

Dates: September 15-18, 2025

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Turbo Toons

By: Marc Rubino

RMS New Hires

Pictured: Gavin Augustine - Metrology Intern

Brian Ingraham - MEPCO QC Supervisor – Brian brings over 20 years of experience in manufacturing, quality assurance, and operational leadership, with a focus on critical equipment used in the oil and energy sectors. He has led large cross-functional teams and driven major quality improvement initiatives focused on zero-defect performance. With deep knowledge of pressure systems, compliance standards (ASME, API, ISO), and inspection processes, Brian combines hands-on technical skill with strategic leadership. His certification portfolio includes 6G welding, internal auditing, and commercial vehicle inspection. At RMS, Brian’s expertise will be instrumental in upholding quality standards and supporting continuous improvement across operations.

Bryce Alexander Whitt - Design, Engineering & Commercial Clerk – Bryce joins RMS as a motivated and detail-oriented team member currently pursuing a Bachelor of Science in Environmental Geoscience. With a strong foundation in task coordination, data collection, and hands-on experience in manufacturing and warehouse environments, Bryce brings a disciplined, team-focused mindset to our operations. His background in process efficiency, physical task management, and environmental analysis—paired with academic and extracurricular involvement—positions him to support our engineering and commercial teams with focus and reliability.

Carly Blackford - Staff Accountant – Carly joins us with a strong foundation in accounting and financial operations, supported by a Bachelor of Science in Accounting and years of hands-on experience. She brings a detail-oriented approach to payroll, reconciliations, and financial reporting, with additional strengths in tax preparation and organizational leadership. With proficiency in tools like Excel, Power BI, and QuickBooks, Carly’s skill set will help support the accuracy, compliance, and efficiency of our internal financial systems.

Cayden Fitch - Engineering Intern – Cayden joins RMS as a mechanical engineering student with a near-perfect GPA and a passion for applied problem-solving. Currently pursuing his degree at Penn State University, he brings experience in environmental infrastructure, public safety surveys, and hands-on STEM outreach. With technical strengths in MATLAB, SolidWorks, and AutoCAD, Cayden is eager to contribute to real-world engineering projects. His combination of academic excellence, leadership in youth STEM programs, and experience in high-pressure team environments makes a promising addition to the RMS engineering team.

Daniel Hall - Senior Designer – Daniel joins RMS with over two decades of mechanical design experience across a wide range of industries, including medical, energy, and advanced manufacturing. He brings deep expertise in SolidWorks, AutoCAD, and Solid Edge, with a strong background in tolerance analysis, drawing standards, and 3D modeling of complex assemblies. Daniel has led design teams, supported production troubleshooting, and maintained regulatory documentation for both prototype and production-level work. His precision, leadership, and technical fluency will directly support RMS’s continued engineering excellence.

David Curtis - MRO Buyer/Purchasing Coordinator – David brings over 16 years of supply chain and logistics experience spanning military service, energy, and manufacturing environments. With a background in procurement, warehouse operations, and vendor negotiations, he offers a deep understanding of purchasing strategy and inventory control. David has led cross-functional teams and managed high-volume procurement processes using platforms like SAP and QuickBooks. His operational discipline, honed through his service in the U.S. Army, combined with hands-on expertise in sourcing and logistics, makes him a strong addition to the RMS purchasing team.

Derrick Tillman - Manufacturing / Production Scheduler – Derrick brings over 15 years of leadership experience across manufacturing, logistics, and military operations. A U.S. Navy veteran, he has managed cross-functional teams and complex production schedules in high-pressure environments. His strengths include project coordination, workflow optimization, ERP and WMS software proficiency, and a proven ability to enhance both efficiency and morale. With a track record of implementing process improvements and leading teams through both strategy and example, Derrick is well-positioned to support and elevate RMS’s production planning efforts.

Emilio Suarez - Safety Coordinator – Emilio brings decades of experience in safety leadership across the industrial, chemical, and construction sectors. His background includes implementing EH&S policies, conducting investigations, leading VPP initiatives, and managing safety operations for major facilities, including data centers and petrochemical sites. Emilio’s expertise spans training, auditing, and process safety management (PSM), with a strong foundation in continuous improvement and cross-functional team collaboration. With certifications in OSHA compliance, industrial firefighting, and safety auditing, Emilio plays a key role in fostering a proactive safety culture at RMS.

Gavin Augustine - Metrology Engineering Intern – Gavin joins RMS as a Marine Engineering Technology student from Texas A&M at Galveston, bringing a strong interest in hands-on technical work and a solid foundation in fluid mechanics, thermodynamics, and electrical systems. His academic background is complemented by entrepreneurial experience running his own service business, where he demonstrated leadership, client management, and project execution. With growing skills in tools like SolidWorks, AutoCAD, and MATLAB, Gavin is eager to apply his problem-solving mindset and work ethic to real-world engineering challenges at RMS.

Gavin Wolf - Repair Engineer – Gavin joins RMS with a Bachelor of Science in Mechanical Engineering and a background in both project engineering and hands-on mechanical maintenance. With experience in optimizing manufacturing processes, troubleshooting rotating and static equipment, and managing hydraulic and electrical systems, Gavin offers a well-rounded and practical approach to repair engineering. He is certified in structural welding, electrical systems, and hydraulic principles, and brings proficiency in SolidWorks and project management. His leadership experience in the Texas A&M Corps of Cadets reflects his discipline, initiative, and commitment to technical excellence.

Grayson Rodriguez - Mechanic – Grayson brings a strong background in process technology and hands-on turbine maintenance. With an associate degree in Process Technology and experience rebuilding steam turbines and generators, he is well-versed in lockout-tagout procedures, OSHA safety standards, and the use of precision measurement tools. Grayson’s practical knowledge of plant systems, troubleshooting, and heavy equipment rigging makes him a dependable addition to the RMS team. His focus on safety, quality, and team collaboration supports the reliable execution of complex mechanical projects.

Horton Pyrtle - Mechanic – Horton brings extensive experience in pump systems, mechanical overhauls, and rotating equipment maintenance. With over 15 years of hands-on work across the energy, chemical, and industrial sectors, he has built a strong reputation for precision, safety, and leadership in both shop and field environments. Horton’s expertise spans centrifugal, reciprocating, and positive displacement pumps, as well as compressors and turbines. He is also well-versed in blueprint interpretation, alignments, and hydraulic tooling. His technical skill set and commitment to quality make him a highly capable asset to the RMS mechanical team.

James Kim - Project Manager – James brings over 15 years of experience in engineering, technical support, and product development within industrial and manufacturing environments. With a Bachelor’s in Mechanical Engineering Technology and an MBA in progress, James blends hands-on engineering expertise with strategic business insight. His background includes equipment lifecycle management, process optimization, and international collaboration across repair, design, and product launch projects. James is well-versed in project coordination, customer support, and cross-functional teamwork—making him a strong asset in driving operational success and innovation at RMS.

Jeffrey Rushak - QA/QC Specialist – Jeffrey joins RMS with over 12 years of quality and metrology experience supporting aerospace, medical, and high-precision manufacturing. He is a certified CMM programmer and ISO 9001 internal auditor, with deep expertise in first article inspections, fixture design, GD&T interpretation, and compliance auditing. Jeffrey has worked across prototype and production environments, developing inspection plans and supporting lean initiatives. His technical proficiency in platforms like Calypso, PC-DMIS, and Zeiss Inspect, along with his hands-on approach and cross-functional collaboration, will help drive consistent quality and performance excellence at RMS.

Jesus Rodriguez - Repair Engineer – Jesus joins RMS with a mechanical engineering degree and a specialized background in reverse engineering, rotating equipment, and field diagnostics. With hands-on experience in rotor and case component analysis, laser scanning, and FEA design, he has led cross-functional projects that span root cause investigations, vibration analysis, and customized repair solutions. His ability to mentor interns and manage both shop and fieldwork projects reflects his technical leadership and collaborative mindset. Fluent in both English and Spanish, Jesus brings a well-rounded and precise approach to engineering support at RMS.

Scarlett Islas - Marketing Content Coordinator & Event Specialist – Scarlett brings 10 years of experience in non-destructive testing (NDT), with a background in equipment inspection, mechanical systems analysis, and the implementation of advanced inspection solutions. Her work focused on ensuring the safety and performance of complex mechanical systems across aerospace and petrochemical environments. In the past two years, she has transitioned into filmmaking and brand storytelling, applying her attention to detail and emotional insight to create compelling visual narratives. Scarlett’s multidisciplinary background and passion for meaningful content make her a valuable asset in elevating RMS’s marketing and internal communications.

Jodi Grimes - Manufacturing / Production Scheduler – Jodi brings over 15 years of experience in production scheduling, inventory control, and ERP system management across manufacturing and healthcare environments. Her expertise includes material planning, workflow optimization, and cross-functional coordination, with hands-on experience in systems like Oracle, NOV Scheduling Optimizer, and Shoptech E2. With a keen eye for detail and a history of streamlining operations, Jodi plays a key role in ensuring production timelines are met and shop floor priorities are aligned for efficient output at RMS.

Jose Diaz - Logistic Associate – Shipping and Receiving – Jose brings over five years of experience in logistics, inventory management, and supply chain operations. With a background spanning pharmaceuticals, education, and customer service, he offers a versatile skill set in ERP systems, shipping coordination, and warehouse optimization. Fluent in English and Spanish, Jose is known for his process accuracy, team collaboration, and commitment to operational efficiency. His hands-on experience with SAP, FIFO systems, and compliance standards makes him a valuable asset to RMS’s logistics team.

Justin White - Welder 2nd Shift – Justin brings over a decade of hands-on welding and fabrication experience across cryogenic, radiator, and pressure vessel applications. Having led production teams and coordinated quality control across multiple departments, he’s known for his leadership under pressure, attention to detail, and dedication to meeting tight production deadlines. Proficient in TIG, MIG, stick, and sub-arc welding techniques, Justin also has extensive experience reading schematics, operating heavy machinery, and training teams. His reliability and craftsmanship make him a strong addition to the RMS welding operations.

Kendrick Secrease - Kitter – Kendrick brings over a decade of experience in warehouse operations, quality control, and inventory management within fast-paced industrial environments. His background includes material handling, SAP inventory tracking, and leadership in quality assurance teams. Kendrick is known for his precision, strong troubleshooting skills, and ability to lead and train others in safety-conscious, high-volume settings. With a focus on process improvement and cross-functional support, Kendrick’s experience enhances RMS’s commitment to operational excellence on the shop floor.

Kenneth Valerio - Mechanic’s Helper – Kenneth joins RMS with hands-on experience in turbine maintenance, hydraulic equipment, and industrial service operations. With a background in mechanical troubleshooting, alignment, and tool operation, he has supported turbine installations and on-site field work across a variety of job sites. Kenneth brings strong communication skills, safety awareness, and a dedication to quality in all aspects of mechanical support. Bilingual in English and Spanish, and trained in industrial maintenance, Kenneth is a reliable team player eager to grow within RMS’s mechanical operations.

Logan Shriver - Accounting Clerk (Temporary/Seasonal) – Logan joins RMS as a driven undergraduate student currently pursuing a Bachelor of Science in Accounting with a concentration in Finance. A Division 1 student-athlete and natural team leader, Logan brings strong analytical skills, a disciplined work ethic, and a collaborative mindset. His experience in case competitions, coaching, and lifeguarding reflects his ability to manage responsibility, solve problems, and communicate effectively. Logan will provide valuable seasonal support to the accounting team while gaining hands-on experience in a professional environment.

Marie Kline - Designer – Marie brings over 15 years of experience in mechanical design and product development, with deep expertise in SolidWorks, PDM administration, and design for manufacturability. She has supported industries ranging from semiconductor equipment to cryogenic systems, producing precise 3D models, detailed drawings, and technical documentation across global operations. Marie’s background includes engineering support for hydrogen fueling stations, aluminum structures, and tooling design, with a strong grasp of NFPA, ANSI, and ISO standards. Her ability to streamline processes and manage complex technical data makes her a key asset to RMS’s design team.

Michael LaCour - Metrology Technician – Michael joins RMS with a Bachelor of Science in Mathematical Sciences and a strong foundation in analytical thinking, data processing, and precision reporting. With professional experience in technical documentation for the petrochemical industry, he brings a detail-oriented mindset and advanced mathematical training to support metrology operations. Michael’s skills in AutoCAD, programming, and statistical analysis—combined with his eagerness to grow in a technical role—make him a valuable asset to the RMS measurement and inspection team.

Michael Montanile - Design Engineer I – Michael joins RMS as a senior Aerospace Engineering student at The Ohio State University, with hands-on experience in simulation, modeling, and inspection. His academic background includes leadership roles in advanced aerospace design and fluid dynamics projects, utilizing tools like SOLIDWORKS and Ansys Fluent to test and optimize complex systems. Michael’s internships in structural inspection and his collaborative work in launch vehicle aerodynamics reflect a strong foundation in precision, analysis, and technical innovation. His analytical mindset and engineering passion are a great fit for RMS’s design and development team.

Patricia Guzman - Administrative Assistant – Patricia joins RMS with over 15 years of experience in scheduling, event coordination, and administrative support. Known for her organizational skills and team leadership, she has managed large budgets, supervised multi-person teams, and supported a range of operational tasks in fast-paced environments. Fluent in both English and Spanish, Patricia brings a strong background in communication, planning, and cross-department collaboration. Her attention to detail and ability to manage logistics with care make her a valuable asset to the RMS administrative team.

Patrick Bloomfield - CNC HBM Machinist – Patrick joins RMS with over 15 years of hands-on experience in CNC machining, specializing in multi-axis operations, blueprint interpretation, and precision tolerance work. With a background that includes machining complex components such as crankshafts, blowout preventers, and pump housings, Patrick is skilled in operating Toshiba, Mazak, Fanuc, and Mori Seiki machines. A U.S. Navy veteran, he brings discipline, technical excellence, and a track record of process improvement—including reducing part cycle time through procedural innovations. Patrick’s depth of experience strengthens RMS’s machining capabilities.

Ronald Prato - Quality Manager – Ronald brings over a decade of engineering and quality leadership experience in the compressor, manufacturing, and energy sectors. With expertise in ISO 9001, ISO/IEC 80079-34, and API Q1 systems, he has led quality programs across North America and supported the production of high-spec equipment for oil & gas and nuclear applications. Ronald is known for his hands-on leadership, regulatory compliance, and lean-driven continuous improvement. Bilingual in English and Spanish, and certified as a lead auditor, he plays a critical role in strengthening RMS’s quality systems and global operational excellence.

Steven Gonzales - 2nd Shift Mechanic – Steven brings over 16 years of experience as a millwright and rotating equipment specialist, with deep expertise in the overhaul and repair of multi-OEM pumps, turbines, gearboxes, and compressors. He is skilled in electrical troubleshooting, welding, fabrication, and alignment, with extensive hands-on work across power generation, industrial, and field service environments. Steven is trained in hydraulic and pneumatic systems, blueprint reading, and optical instrumentation, and is OSHA 10 certified. His high attention to detail, safety-first approach, and commitment to quality make him a valuable part of the RMS mechanical team.

Steven Mott - Technical Field Advisor – Steven brings over 14 years of experience as a millwright, specializing in rotating equipment overhaul, installation, and field diagnostics. With a deep background in compressors, turbines, pumps, and gearboxes, he has led and executed turnaround projects across major industrial facilities throughout North America. Steven is highly skilled in laser alignment, dry gas seal installation, blueprint interpretation, and equipment grouting. OSHA 10 certified and trained in GE gas and steam turbines, his dedication to safety, precision, and team leadership make him a strong contributor to RMS’s field service operations.

Theodore Koch - 2nd Shift Rotor Balancing Technician – Theodore joins RMS with extensive hands-on experience in rotating equipment, turbine repair, and mechanical diagnostics. Over the past decade, he has worked on a wide range of turbine models—including GE and Westinghouse frames—performing precision measurements, rotor balancing, and reassembly across steam and gas systems. He is skilled in blueprint reading, root-cause analysis, and crane operation, and brings a strong safety focus to every project. Bilingual in English and Spanish, and trained in both field and shop environments, Theodore strengthens RMS’s capabilities in high-precision mechanical work.

Travis Shelton - CNC Lathe & VTL Machinist – Travis brings over 15 years of CNC machining experience, with a strong track record in the oil and gas industry. He is skilled in operating Mazak and Fanuc-controlled equipment, blueprint interpretation, and producing precision parts to tight tolerances. Travis has held leadership roles, including shift supervisor, and is known for improving cycle times, developing custom tooling solutions, and maintaining rigorous documentation for quality compliance. His deep machining expertise and commitment to continuous improvement make him a valuable asset to RMS’s precision manufacturing operations.

Troy Cook - Senior Lead Proposal Specialist – Troy joins RMS with over 20 years of cross-functional experience in order management, sales analysis, production planning, and customer service. With a foundation in supply chain coordination and proposal development, he has led regional teams and collaborated closely with engineering, quality, and manufacturing to ensure timely project delivery. Troy brings deep knowledge of ERP systems like SAP, a strong background in client communication, and a proven ability to streamline operations from quoting through shipment. His leadership and broad operational insight make him a key contributor to RMS’s commercial success.

Tyler Owens - 1st Shift Rotor Balancing Technician – Tyler brings over a decade of hands-on experience in turbine rotor repair, precision balancing, welding, and custom fabrication. With deep technical knowledge of GE and Westinghouse units, he has led shop and field repairs including blading, deblading, probe machining, and alignment. Tyler also has experience managing a restoration shop, specializing in electrical, mechanical, and performance systems for classic vehicles. In addition to his industrial skillset, he serves part-time as a firefighter and rescue operator, demonstrating his dedication, discipline, and team leadership. Tyler’s mechanical expertise and versatility make him a valuable addition to the RMS rotor team.

Yahir Cano - 1st Shift Rotor Balancing Technician – Yahir joins RMS with hands-on experience operating and maintaining precision industrial machinery in a high-volume manufacturing environment. Skilled in alignment, quality control, and balancing procedures, he brings a strong focus on safety, efficiency, and attention to detail. Bilingual in English and Spanish, Yahir is known for his mechanical aptitude and ability to work under tight deadlines. With a growing technical background and a commitment to high-precision operations, he is a welcome addition to the RMS rotor team.

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