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Brothers at the Helm: Steering PESCO into the Future of Oil and Gas In the heart of small-town America, where the spirit of community and innovation runs deep, are Kyle and Jim Rhodes, two brothers making an impact in the oil and gas industry. At the heart of their journey is Process Equipment & Service Company (PESCO), a forerunner of engineering excellence and a testament to the legacy of a family's dream to create career paths and provide solutions in the energy sector. A Legacy Forged by Values Founded in 1970 by Ed and Mary Lou Rhodes, PESCO began as a humble venture with a grand vision: to be a cornerstone of the Four Corners community, offering superior products, and fostering a work environment that felt more like a family— like the community they’d come from. Over fifty years on, it’s evident that PESCO has evolved to exceed those expectations, becoming the industry leader in the oil and gas sector renowned for its innovative solutions in production equipment design and manufacturing. PESCO's success is driven by a commitment to integrity, mutual respect, trust, and excellence. These values guide the company at every level, ensuring transparent processes, fair pricing, and a dedication to delivering on promises made to its customers. Innovation Through Leadership In carrying on the legacy of their parents, Kyle and Jim have taken the helm with an outlook that embraces tradition and innovation. Under their leadership, PESCO is thriving. They lead with a blend of respect for the company's rich history and a dynamic, forward-thinking strategy that aims to adapt and grow with the industry. By focusing on both the development of cutting-edge solutions while maintaining the rock-solid quality and reliability their equipment is known for, PESCO remains at the forefront of technological advancements while also prioritizing sustainability and efficiency efforts. A Vision for the Future Kyle and Jim are aiming to do more than sustain PESCO's legacy; they are determined to expand its impact for years to come. Their vision is to not only provide continuous improvement of the company's offerings but also a renewed commitment to the community that has been the backbone of their success. As they invest in the next generation of engineers, designers, and technicians they’re laying the groundwork for a future where PESCO continues to lead and innovate in the oil and gas industry, while continuing to provide that family-like work environment that started it all.  A Call to Action The story of PESCO under the stewardship of Kyle and Jim is more than an inspiring narrative; it's a call to action. It’s about recognizing the potential of leadership that is grounded in traditional values, driven by innovation, and committed to excellence. As the industry faces unprecedented challenges and opportunities, partnering with companies like PESCO is essential for navigating the path forward with integrity. As the Rhodes brothers steer their family's company into the future, their journey is exemplary for those aspiring to make a meaningful impact in their communities and the oil and gas industry.

Leading Industry Culture Toward Integrity Amidst the hum of machinery and the hard work of engineers exists a cultural underpinning that propels daily operations forward at PESCO. As leading producers of oil and gas industry production equipment, what sets PESCO apart isn't just their innovative technology or extensive experience; it's their deeply ingrained cultural values that drive every aspect of their business from their initial contact with a customer to their design and engineering to the final delivery of a product. PESCO's values of excellence, integrity, trust and mutual respect extend beyond the walls of their reception area; they're guiding principles that shapes their marketplace relationships to be professional with a personal touch. With more than fifty years committed to excellence, PESCO delivers nothing short of the best to its clients. This commitment is evident in every piece of equipment manufactured, meticulously crafted to withstand the demanding conditions of the energy industry. Moreover, their dedication to integrity ensures that every interaction, whether with clients or within the company itself, is characterized by honesty and transparency. This integrity forms the foundation of trust upon which PESCO's relationships are built, fostering long-term partnerships based on mutual respect and reliability. This foundation sets a standard for conduct that is uplifting to the company and the greater community. Aligned closely with the needs of the oil and gas industry, PESCO's goals mirror the industry's pursuit of efficiency, safety, and sustainability. By prioritizing innovation, PESCO seeks out technologies and methodologies that enhance the performance and reduce environmental impact of their equipment without sacrificing the performance or reliability their equipment is known for. As a testament to their commitment to excellence and innovation, PESCO offers a range of services that ensure quality and reliability are matched with their dedication to pushing the boundaries of what's possible in the industry. With a team of seasoned experts leading the way, PESCO combines decades of experience with a forward-thinking approach to deliver solutions that exceed expectations, But perhaps most importantly, PESCO's culture embodies integrity and respect - for the oil and gas industry, for the environment, and for the communities in which they operate. By embracing diversity amongst their employees, PESCO fosters a collaborative environment where a variety of voices are valued and heard, driving creativity and innovation forward. Recognizing the strength they embody by cultivating a culture like this is what it means to be part of the PESCO brand.

Limitless Power From Dirt Microbial Fuel Cells are not a new idea. The concept of harvesting and harnessing power from the microbial activity found in dirt has been around for decades. But with the idea has also come a fair share of problems. From high cost and low energy output to reliability and efficiency, MFCs haven’t been a big player in the energy game. But with recent research - and success - a dirt-powered battery may just be plausible in our future.  Where Persistence Pays Off At Northwestern University, MFCs might have finally earned their spot in the limelight. Researcher and developer Bill Yen said alumni were motivated to create a decentralized network of devices that didn’t rely on Lithium batteries, heavy metals, or other toxins that pose a threat to the environment. By utilizing the microbial activity in dirt one can efficiently capture and harness a small amount of power that can be used in lower-power operations and applications. This makes MFCs ideal for tasks involved in farming. Where traditional MFCs struggled to work in overly wet areas or too dry climates, there was also the factor of adequate sunlight, debris complications, and power output. In a standard MFC model, the anode and cathode run parallel to each other. Because of this setup, debris can obstruct operations. But instead, the Northwestern team ran their model perpendicularly. This placed the power-generated elements buried in the dirt and kept the cap above ground to continue the oxygenation required for electricity generation, minimizing debris interference. Essentially this vertical design guarantees that everything is in its designated place, no debris can enter the device, and it can continue to function in dryer soils and even in flooding. And what’s more? Northwestern’s new design not only generated enough power, but generated 68 times as much power as needed to run its sensor - those are good odds. Where can we use it? This new MFC could potentially play an exciting role in the agriculture realm. The agricultural industries could greatly benefit from small sensors that could monitor activity (like water output, soil temp, etc.) in order to maximize efficiency. These would increase productivity and output. As of right now, implementing an MFC sensor system has proved difficult. From the sheer amount of devices installed, to the time it takes to change and check batteries, to the unreliable feedback, it’s not a viable investment for farmers. But with Northwestern’s new MFCs, all of these problems could be solved. With its small design, it’s not only feasible to install these throughout acres of crops, but it’s very realistic to see how they could reliably transfer and monitor data during a variety of weather conditions, making crop production more efficient and predictable. The best news? The cost. In the past, MFCs have been counterintuitive due to their high cost. But now? Northwestern built their entire unit out of parts from the hardware store. Cost is now no longer a huge factor in the MFC game. With a new design and a few tweaks to an old method, these new MFCs may just be the next phase in farming. Keep A Look Out So keep a lookout for MFCs and how they’ll play a part in tomorrow’s energy game. With the potential to capture almost limitless energy from dirt, it’s an exciting new avenue with lots of potential and few, if any, risks. That’s something we can all be excited about.

When it comes to logistics, details, and new technologies, John Byrom is your guy. With a calm demeanor that never seems flustered, John has learned to take things in stride, working through problems and looking for opportunities with an eye toward innovation and change to reach the objective. And that’s just what he’s doing at PESCO. His role as Business Development Manager for the last seven years has provided him the chance to gather his previous work experiences and channel them effectively into pushing PESCO to look beyond the status quo and towards bigger potential. Where He’s Been Being a Farmington local, John inevitably sought the chance to return home when the time came. After graduating from Texas A&M, he began working for Union Carbide Corporation in Houston, Texas. Dealing with pipelines and petrochemical products, he gained invaluable leadership experience while learning about facets of the petrochemical industry, as well as how large corporations function with their focus on strategic planning and formal systems and processes for continuous improvement. But with home continuing to draw him back, he took a job in Farmington working for a small oil and gas company, D.J. Simmons, where he worked for 20 years. John was given the opportunity to see the world of business behind the scenes and up close, helping to lead an entire business from long-range planning to the daily challenges of operations, personnel management, and cash flow. While some may question his decision to step off the major company corporate ladder, John certainly did not. He knew what a blessing it was to be back in Farmington and was enthused to put what he had learned into practice and to continue learning. It is that continuous desire to keep learning that is a trademark of John’s character. Not afraid to push past boundaries, he calmly and resiliently continues to look toward the future and find ways to progress. Where He Is Now With the economic downturn of 2015, John made his move over to PESCO. Having known PESCO President and CEO Kyle Rhodes for many years in various areas of the community, he knew it would be a good fit from the start. And it was. So what was John’s new role at PESCO? Stemming back to his knack for systemization and unyielding curiosity for learning, John is responsible for business development, including finding new applications, technologies, and products where PESCO can use its strengths. He’s looking at how to maximize efficiencies in oil and gas, as well as find areas beyond oil and gas where PESCO can branch out into new horizons. He guides in strategic planning, helping PESCO reach long-term goals by looking for more effective methods and implementing the steps to reach those goals. He loves working with the PESCO leadership team to help set up new methods and practices so that PESCO can run the smoothest and most efficiently. Essentially, John is given the privilege to think outside the box. And it’s working. With the encouragement of Kyle and the rest of the leadership team, not only is John pushing boundaries by thinking outside the box, but this mindset has seeped into the company culture - for the better. With an established company like PESCO that’s been in business for over 53 years, it can be easy to gravitate towards keeping things the same. Change can seem scary with the looming fear of failure and branching out into new arenas can feel difficult because oil and gas is what PESCO has done so well for decades. But if you aren’t innovating and growing, you run the risk of stagnation and decay. John is always pushing toward the next, new thing to make PESCO a better company for its owners, customers, and employees. PESCO’s culture continues to shift away from accepting the routine as is. With involvement from leaders like John, teams approach their problems differently, taking time to understand the process, what is broken, and how to not just fix the problem, but improve the system so those problems don’t happen again. Without the fear of failure, new strategies can be tried, learned from, adapted and implemented. Perfection may not always be attainable, but continuous improvement is. John has helped steer the culture toward working through problems creatively and seeing the great potential that can follow. Where He’s Going - The Flywheel In Jim Collins's book, Good to Great, he references an example called the Flywheel analogy - something John emphasizes in his work at PESCO. In essence, momentum occurs with innumerable small pushes in the same direction repeatedly. It’s challenging at first, of course. But with each continuous effort pushing in the same direction, the work progressively gets easier, the momentum builds, and your hard work has paid off. You’re now spinning your flywheel with ease, confidence, and experience. And John feels that PESCO’s flywheel is really starting to roll. Where some companies rely on quick-fix schemes to build momentum, they eventually limit their progress. Changing from one tactic to another, they are constantly changing directions and going nowhere, never gaining any momentum. But that’s not PESCO. All the hard work and dedication that PESCO employees have put in over the last half a century is truly paying off. PESCO is a strong company, surviving economic downturns, staying ahead of competitors, and working diligently to produce the best equipment, all while investing in employees and the community. This sets up PESCO to not only maintain its leadership in oil and gas, but will give it an advantage as it expands into new industries as well. The flywheel is spinning fast now - and John is thrilled to be a part of it. He’s motivated to continue pushing the boundaries, to keep pushing PESCO further, and is proud to be a part of a company that has built such a bright future for itself. The diligent work in the past, and now, is gaining fabulous traction for PESCO - and John can’t wait to see where it leads.

While the oil and gas industry continues to produce and fuel our economy, the pursuit of alternative energy sources continues to spark interest among Oil and Gas (O&G) companies. By looking at readily available resources already in place within the oil and gas structure, new ideas are emerging for how to maximize things like wastewater to bring even more efficiency to the table. Produced water from O&G wells has long posed problems for the oil and gas industry. Because it contains mineral salts, organic compounds, and heavy metals, disposing of it has proven challenging. In the past, a tiny percentage of wastewater has been used in various ways like fire control, power generation, equipment and vehicular washing, or even irrigating non-edible crops where the water is shown to be clear enough. However, most wastewater is either treated and reused for fracking in place of using fresh water, or it is disposed of in wells deep underground. But what if we could get more out of O&G wastewater? Now we can. And the potential has huge benefits not only for the O&G industry but for our nation as a whole. Lithium With the increasing demand for Lithium (Li), it’s hard not to wonder if and when the monopoly will begin in South American, China, and Australian Li recovery operations. Because they are some of the world’s biggest suppliers, places like North America and Europe are growing dependent on their production. Our dependency on lithium is due to its use in the energy-storage sector, not only in Li-ion batteries but also in its potential use in thermonuclear fusion. And let’s not forget smartphones and other electronics, or how it’s used in CO2 adsorbents that are used in submarines and aircraft. Because of its increasing value and consumption, the search for Lithium has spurred researchers to start looking in unexpected places and new innovative ways to recover Lithium in locations we had previously thought impossible. Like the oil and gas industry. Lithium in O&G Wastewater For years lithium has been known to be in water produced with crude oil and natural gas from underground reservoirs. On locations such as the Smackover Brine - a large limestone aquifer spanning Arkansas, Louisiana, Mississippi, and Alabama - Li extraction has proven fruitful and promising. The current method of extraction on locations such as this is evaporative ponds, harnessing roughly 209,000tpa (tonnes per annum) from the El Dorado , Southern Arkansas location alone. But evaporative ponds do have their downfall. The evaporation process is lengthy - taking a full year for the complete process - and Li levels must be highly concentrated in the water in order for this method to work. Thus, the oil and gas industry has been largely overlooked because the Li levels in wastewater from oil and gas are far less concentrated. Does that mean O&G wastewater as a source for Li is a non-starter? Innovators today say no. Here’s why. Absorbents and Membranes The problem with O&G wastewater is its lower levels of Li concentration and Li’s difficulty in being selectively recovered. But with shale plays in the Eagle Ford and Permian Basins in Texas generating millions of gallons of produced water every day, it’s imperative to look towards a ripe opportunity to glean such a valuable element. And emerging technologies may just have found a way to do that. Absorbents Commonly used in water purification and decontamination, ion-exchanged absorbents have long been utilized. But unlike other minerals and heavy metals, Li is much harder to selectively absorb. With O&G wastewater containing such high values of other elements, companies like Dow Chemical in the U.S. are approaching the problem from a new angle. By developing an aluminum-loaded resin, they were able to successfully select Li from brine water. In fact, several companies - FMC, Simbol, and Eramet - have seen the promise in aluminum-based absorbers and have their own patents. Similarly, other companies have infused a specific chemical compound that makes it highly selective for Li, separating it from sodium and potassium ions. These infused solvent resins have proved very promising in the Li recovery game. Membrane Another method currently underway utilizes membrane technology - and it’s already showing potential. What’s great about membrane technologies is their ability to be applied to wastewater that has a far lower concentration of Li, which is typical of most oil and gas wastewater. Furthermore, membrane technology can be utilized on a variety of wastewater and brines, and is less costly than absorbents, making it more versatile and alluring to the oil and gas industry. A recent test was done using this strategy, studying nano-filtration and low-pressure reverse osmosis to separate the Li-ion from wastewater brine. With favorable results, this method of extraction will undoubtedly continue to grow in practicality for Li extraction. In fact, our very own New Mexico Institute of Mining and Technology is actively developing new membrane systems specially designed for Li extraction as well. The Bottom Line  The Li demand is only increasing and O&G water may prove a part of the solution. With emerging technologies, existing O&G locations could be utilized to harvest Li while making more use of produced water. Shale plays across the U.S. have Li amounts to boast of, some comparable to known Li deposits. Tapping into this valuable resource not only enables the U.S. to be a bigger player and less dependent on other countries, but enables the O&G industry as a whole to be more resourceful, and more well-rounded in making the most of all the products that come with oil and gas, and help pave the way for more energy tomorrow.

A Second Chance Worth Waiting For

If you were to meet Tony out of the blue, he would be the guy you can easily strike up a conversation with, chatting for hours, like he’s known you for years. With a congenial and jovial disposition – and the gift of gab – Tony is not only personable, but is an endearing individual who genuinely takes the time to listen to you. That’s one of the many reasons PESCO is thrilled to have him as part of their staff. But Tony’s story goes much deeper than just being a good conversationalist. His story with PESCO is one of loyalty, generosity, and appreciation. Tony’s experience with PESCO sheds a light on PESCO’s company culture that is wholeheartedly about investing in their employees and always putting them first.

When it comes to separators, any process equipment company in the industry has their version. But as with most things, standard one-size-fits-all products have their downfalls. Sure, the unit will work, but how well will it work? Standard products deliver standard results. But at PESCO we don’t aim for standard – we shoot for exceptional. At PESCO, the units we build don’t just work, they’re flawlessly optimized for your conditions. And our customers can attest. Whether it be perfectly sizing a unit, or designing a customized, tailored product, or something engineered outside of the box, our commitment to detail and design is what continues to set us apart for our customers. With a highly skilled team of engineers, PESCO can delve into all the environmental and surrounding conditions of a well site, and design a meticulously precise and proficient unit that is impeccably acclimated to the surrounding variables. This PESCO mindset of precision and detail is what leads our customers to let us know just how well our units perform. Several years ago, one such customer had a set of separators from us ready for a new location. After operating on the site for several months, they reached out to let PESCO know that, despite the unusual extreme volumes of sand, the separator was functioning exceptionally well, performing at its optimum levels. Examples like these showcase how PESCO’s dedication to detail and precision pay off. With our superior manufacturing processes, coupled with our design team of engineers, PESCO continues to prove that their products are incredibly resilient and effective despite the conditions and obstacles. Because you see, to PESCO it’s not just another separator. It’s our opportunity to blend design, ingenuity, and expertise, all to showcase what we do best: provide superior process equipment. It’s our time to deliver another exceptional product, engineered to extreme precision, all to provide our customers the ultimate results. Our customers know our dedication to detail – do you? Come see how PESCO is raising the standards of expertise and excellence every day.

Ryan Mussett Senior Engineer Ryan Mussett began working for the company when he was in high school. He spent time in the warehouse for a couple of summers and then, moved into repair the summer of his senior year. Mussett is the son of Gini Baxter and the stepson of Kyle Rhodes, the company’s president, and CEO. “I’ve known Kyle since I was 4 years old,” Ryan said, adding his parents “held me to a high standard.” They expected him to work, and he did at the company for about 5 summers and then he went to New Mexico State University to study civil engineering. “I first thought I should get an engineering degree because of this business and the family history. My dad and stepdad are both engineers. My grandpa was an engineer, the other was a geologist,” Mussett said. “There’ a lot of mechanical engineers. I wanted to do something different. I like buildings and bridges, so I chose civil engineering.” He started working full-time at PESCO on September 1, 2006. “A lot of his adult years have been spent here,” said Linda Rodgers,” Chief Financial Officer at PESCO. “I’ve been here so long, I see all the changes,” Mussett said. “I’m like an old person, who says don’t change it.” As the project manager Mussett sees projects from the beginning to the end. “We will take a project and basically run through drafting and design, and then, we will run it through the shop from start to finish,” he explained. One project he was proud to be part of happened in 2008. That year, PESCO decided to set up its own internal sandblast and paint operations, instead of subbing out this side of the internal work. “Dwight Smith and I went to a training in Pittsburgh to become more familiar with the QC side of painting our manufactured units, how to check film thickness, environmental conditions,” he said, adding they had to make sure they had the right equipment. “That was one of the major things I was part of and that felt good to learn about. To think about where we were to where we are now, we have an entire building dedicated to painting.” Mussett said being a civil engineer is a bit different for his position at PESCO, because the company typically hires other types of engineers. “The top three would be mechanical, chemical, and industrial – because of the factory setting,” Mussett said. “Civil is a bonus. What I like the most is working with drafting, coming up with how these drawings are going to look; helping solve problems that come up during the design process.” As a civil engineer, he is able to look at drawings and read the prints no matter what is being constructed, and Mussett enjoys spending time on the shop floor watching the manufacturing of the design. “You see it on paper, it doesn’t do it justice until you see it,” he said. PESCO is able to take a set design from a company and construct it, but the engineering staff also can design a product and manufacture it from the concept to the completed product. “Ryan has always had the gift of seeing how things are put together,” Kyle fondly recalls. “I remember him helping me put together a baby crib for his baby sister when he was around 9 years old. He could see how that crib was supposed to go together – even better than me! Adding his fun and calm mindset to that ability to see the manufacturing process makes him a great asset to PESCO.” Mussett has an infatuation with sharks, which could be tied to the animal’s sleek appearance, moving through the water like a perfectly designed machine. “I loved them when I was a kid growing up. They’re very streamlined,” he said, adding he would have enjoyed being a marine biologist. “I’m scuba certified and would like to cage dive with great white sharks.” That could be a personal challenge, however, Mussett shared a challenge he faces each day at work – supply chain issues. This is something all companies have faced in a post-covid world. Accessing materials “is an ongoing nightmare,” he said. “Things are so screwed up right now trying to get materials.” For some projects it has taken two years for the materials to arrive at PESCO. Despite supply chain issues, PESCO continues to thrive and grow. “I try not to stress out too much, because at the end of the day there’s always going to be a solution. It might not be the best solution, but as long as you can come to the table with some options, usually it all works out in the end,” Mussett said, adding it has to do with “having the correct leadership in place is highly important to having a successful organization.” Rodgers added, it’s about hiring people who are “well suited to the position.” PESCO also encourages employees to be community minded, and that is not different for Mussett, who coached the Piedra Vista High School Junior Varsity Girls Soccer team from 2007 to 2013, and the tennis team from 2011 to 2017. He is a Piedra Vista High School graduate, having been in the second class out of the high school. “I went there when it was a fresh car smell,” he said. Mussett is the father to three children. He has a daughter, 13 and two sons, ages 2 and 4. As a family they camp in the summer and ski in the winter. “We like to go on little trips,” he said, adding the family stays active with sports, especially soccer and volleyball. “I remember Kyle telling me that his dad Eddie never missed a high school game of his, so I’m going to try and do that with my kids,” Mussett said.