Walk through any chemical plant, refinery, or pulp mill and you’ll find the same paradox sitting in plain sight. The most critical loops are often running on instruments and valves designed decades ago, because they work. Right next to them, you’ll find brand-new devices solving problems nobody had the technology to address ten years ago. Good process engineering lives in that tension, and choosing the right side of it for each application is what separates a plant that runs from one that fights itself every shift.
This is the philosophy Mountain States Engineering and Controls was built around. MSEC represents and specifies process control products across a wide range of industries, but the throughline is always the same: does this product actually solve a problem worth solving?
The instinct for picking products that earn their keep didn’t come from a marketing exercise. It came from Patrick Bryant’s years working in high-level process engineering roles at companies like Shell Oil Company, Georgia-Pacific, and Akzo Nobel. When you’ve sat in the chair where decisions about a flow meter or a control valve translate directly into uptime, yield, or a midnight phone call, you develop strong opinions about which products are worth recommending.
That perspective is why MSEC’s lineup tends to skip over the “looks good on a spec sheet but causes problems in service” category. The products they represent have to clear a higher bar than that.
There’s a temptation in process control to assume that newer is always better. Anyone who has actually run a plant knows that’s not how it works. A reliable Coriolis flow meter, a well-built radar level transmitter, or a control valve with decades of installed history isn’t outdated. It’s qualified. The bugs have been found, the failure modes are understood, and the manuals have been written by people who have actually seen the device installed in service.
For applications where the cost of failure is high and the operating envelope is well understood, proven technology is almost always the right answer. MSEC leans into this reality. When a customer needs a measurement they can trust on a custody transfer line, or a valve that can sit on a critical bypass loop for fifteen years without surprise, the recommendation comes from a product family with a long track record. Not because new technology is suspect, but because old problems often already have good solutions, and a smart engineer doesn’t reinvent them on a Tuesday afternoon.
That said, plenty of problems in process plants have not been adequately solved by gear that’s been around forever. Some are getting worse, not better. Tighter emissions regulations, sustainability targets, smaller engineering staffs, and an aging workforce all push operators toward technology that can do more with less attention.
This is where MSEC’s willingness to introduce cutting-edge products matters. Non-contact radar that measures level inside dust-filled silos or foaming tanks. Wireless instrumentation that turns previously unmonitored points into a continuous data stream. Acoustic monitoring that catches steam trap and pressure relief valve failures before they bleed energy into the sky. Smart valve positioners that diagnose their own packing wear and flag maintenance before a shutdown. Clamp-on ultrasonic flow meters that let you measure a line without cutting into it.
None of these are gadgets. Each one solves a specific operational problem that older technology either couldn’t address or addressed poorly. MSEC brings these tools into the conversation when they fit the application, not because they’re new, but because they’re the right answer.
Most process problems do not arrive at the front door already labeled. A customer might call because a level reading drifts during a polymer transition, or because a flow loop hunts every time a different feedstock comes in, or because they want to monitor every steam trap in the plant without hiring three more technicians. The right answer is sometimes a familiar transmitter installed correctly, sometimes a new technology that didn’t exist when the plant was built, and often a combination of the two.
A supplier who only sells one of those answers will eventually push the wrong product into the wrong application. MSEC’s working assumption is that the customer’s problem comes first, and the product that solves it could come from either side of the catalog. That bias toward the problem, rather than toward a particular product line, is what gives the recommendations their weight.
Plants don’t run on theory. They run on instruments that read accurately, valves that move when they should, and engineers who can trust the numbers on the screen. The companies operating them need partners who understand both the established tools and the new ones, and who can tell the difference between marketing and meaningful capability.
That’s the niche Mountain States Engineering and Controls has built. Proven technology where it belongs, new technology where it matters, and product selection driven by someone who has lived inside the problems these tools are meant to solve. For process engineers looking for fewer surprises and more uptime, that combination is hard to beat.
