Showing posts with label Mead O'Brien. Show all posts
Showing posts with label Mead O'Brien. Show all posts

The Midwest's Most Trusted Name in Valves, Steam, and Process Control: What Sets Mead O'Brien Apart

Most Trusted Name in Valves, Steam, and Process Control

If you've spent any time in the industrial process control world — managing steam systems, specifying valves, troubleshooting instrumentation on a refinery floor — you know that not all distributors and manufacturers' reps are created equal. A lot of them will take your order, ship the product, and leave you to figure out the rest. Mead O'Brien, headquartered in North Kansas City, Missouri, has built its reputation over more than six decades by doing something fundamentally different: they actually solve the problem.

That distinction sounds simple on the surface, but it shapes everything about how the company operates.

What Does Mead O'Brien Actually Do?

Mead O'Brien is a manufacturers' representative and stocking distributor serving all or parts of ten Midwestern states, including Missouri, Kansas, Nebraska, Iowa, Oklahoma, Arkansas, Southern Illinois, Southwest Indiana, Western Kentucky, and the Texas Panhandle. Their branch offices in St. Louis, Tulsa, and Calvert City, Kentucky extend that reach even further.

Their core product focus covers three areas where precision and reliability are non-negotiable: valves and valve automation, steam and hot water systems, and instrumentation and controls. They represent leading manufacturers across these categories and carry stock, which means shorter lead times and faster response when production schedules are at stake.

But the product lines are really just the starting point.

The Engineering Expertise That Changes Everything

Here's what separates Mead O'Brien from a typical industrial distributor: their sales force isn't just order-takers. They're application specialists. When a plant engineer is dealing with a complex steam system challenge — say, a failing condensate return setup, a control loop that won't tune, or a valve actuator that keeps causing process upsets — the Mead O'Brien team engages at a technical level that most distributors simply can't match.

The company offers application and engineered design consulting, conducts surveys and assessments, provides field service, and handles in-house assembly and repair. When standard products don't fit the application, they design and manufacture custom, application-specific solutions. That last part is worth pausing on. It means a customer doesn't have to compromise — they get what the system actually needs, not just what happens to be on a shelf.

This philosophy is baked into how the company describes itself. They don't just say they sell solutions — they say solutions are not a separate component of their approach but an integral part of it. There's a meaningful difference between a company that uses "solutions" as a marketing buzzword and one that has built an entire service infrastructure around actually delivering them.

The Steam Lab: Training That Protects Your Operations

One of the most distinctive things Mead O'Brien offers is something you won't find at most competitors: a live Steam Lab. This hands-on training facility covers the full range of industrial and commercial steam and hot water systems — boilers, steam traps, condensate pumps, heat exchangers, controls, humidification, and more.

Why does this matter? Because steam systems are notoriously misunderstood and mismanaged in facilities where the original institutional knowledge has retired or turned over. A failed steam trap might seem like a minor issue until you realize it's been bleeding energy for months or contaminating a downstream process. Training that is grounded in live, working equipment changes how operations and maintenance teams approach these systems — and it builds the kind of deep product familiarity that prevents costly failures before they happen.

The fact that Mead O'Brien invests in this level of education for their customers says something important about how they view the relationship. This isn't a one-time transaction; it's a long-term partnership.

A Full Suite of Field Services

Beyond the Steam Lab, Mead O'Brien provides an impressive array of field services that go well past what most distributors offer. These include steam trap surveys and thermal assessments, hot water system surveys, valve actuation services, valve and actuator repair, and instrument calibration and repair.

They also hold an authorized status as a Limitorque Blue Ribbon Repair Center, which means customers with Limitorque valve actuators — common in power generation and refining applications — have access to factory-authorized repair capability without shipping equipment across the country.

This kind of service depth matters enormously in industries where downtime is expensive. When a critical valve actuator fails at a power plant or a refinery, having a trusted local partner who can assess, repair, and restore that equipment quickly is the difference between a manageable incident and a serious operational problem.

Industries They Serve — And Why Deep Specialization Matters

Mead O'Brien serves a wide range of industries: power generation, refining and chemical processing, pipeline, tank farms and terminals, food and beverage processing, oil and gas, heavy industrial, water and wastewater treatment, and HVAC and institutional facilities. That breadth is impressive, but what makes it credible is that their team has application-specific knowledge for each of these verticals.

Process control challenges in a food and beverage plant are fundamentally different from those in a chemical refinery or a municipal water treatment facility. The regulatory environments differ. The materials of construction differ. The failure modes and acceptable tolerances differ. A team that genuinely understands these distinctions — not just as a matter of product selection, but in terms of how systems behave under real operating conditions — provides far more value than one that approaches every industry the same way.

The Total Cost Perspective

Mead O'Brien describes themselves as a "best total cost provider," and that framing reflects a mature, sophisticated approach to industrial procurement. The lowest-priced component isn't always the best choice. When you factor in installation complexity, maintenance requirements, energy consumption, and the risk of premature failure, the economics often look very different.

This is the kind of thinking that resonates with plant managers and reliability engineers who are responsible for long-term asset performance, not just short-term budget lines. By bringing that perspective to the table — and backing it up with technical expertise, assessments, and real field service capability — Mead O'Brien makes the case that working with them actually costs less over time, even when the upfront investment might look comparable to other options.

What It All Adds Up To

Mead O'Brien has been doing this work from Kansas City for over sixty years. That longevity isn't accidental. It reflects a consistent commitment to technical depth, genuine customer partnership, and an honest assessment of what industrial facilities actually need to operate reliably.

In an industry where many distributors compete almost entirely on price and lead time, Mead O'Brien competes on knowledge, service, and outcomes. They've built the infrastructure — field teams, repair facilities, a live training lab, engineering consulting capabilities, and strong relationships with leading manufacturers — to back that position up.

For engineers and operations professionals across the Midwest who need more than a catalog and a shipping dock, that difference is what makes Mead O'Brien worth a serious look.

Industrial Boiler and Burner Limit Control Switches

Ashcroft Limit Control Switch
Ashcroft Limit Control Switch
Designers and manufacturers of industrial boilers are focused on meeting regulatory and safety requirements when developing highly efficient burner management systems (BMS). BMS are responsible for startup, operation and shutdown of a burner boiler systems. BMS monitor temperature, pressure and flow and employs safety shutoffs to shut down the burner boiler if an unsafe condition occurs.

The following white paper describes safety standards for boilers and burners relating to pressure switches and controls.


A Guide to Instrumentation for Ethanol Fuel Production

ethanol plant
Ethanol plant
Ethanol, the common name for ethyl alcohol, is fuel grade alcohol that is produced through the fermentation of simple carbohydrates by yeasts. Fueled by growing environmental, economic, and national security concerns, U.S. ethanol production capacity has nearly doubled in the past six years, and the Renewable Fuel Association (RFA) projects another doubling of the industry by 2012. Ethanol can be made from renewable feedstock’s such as grain sorghum, wheat, barley, potatoes, and sugar cane. In the United States, the majority of the ethanol is produced from corn.

The two main processes to produce ethanol from corn are wet milling and dry milling.
Foxboro transmitter
Foxboro transmitter


Wet milling is more versatile as it produces a greater variety of products, including starch, corn syrup, and sucralose (such as Splenda®). However, with this versatility come higher costs in mill design, building, and operation. If ethanol is the primary product produced, dry mills offer the advantages of lower construction and operations costs, with improved production efficiency. Of the more than 70 U.S. ethanol plants currently being built, only a few are wet mills.

The efficiency of ethanol production has come a long way during the last 20 years. As more large-scale facilities come on line, ethanol producers are faced with the growing challenge of finding innovative ways to maintain profitability while this market matures. An increasingly accepted solution is process automation to assist ethanol producers in controlling product quality, output, and costs. Because sensing and analytical instrumentation represents what is essentially the eyes and ears of any automation system, careful evaluation of instrumentation, at the design phase can reduce both equipment and operating costs significantly, while improving overall manufacturing effectiveness.

The following document, courtesy of Foxboro, provides a good overview of instrumentation and the production of ethanol.

Cybersecurity, ISA, and Automation Federation and How We Got Here

Author, Stephen R. Huffman, Vice President, Marketing and Business Development, at Mead O’Brien, Inc.
Published: InTech Magazine, May-June 2015

Cybersecurity and
Automation
Technical leaders had the foresight to create the ISA99 standards committee back in 2002. They recognized the need for cybersecurity standards in areas outside of the traditional information technology (IT), national security, and critical infrastructure areas of concentration at the time. In the following years, a number of ISA99 committee members spent time and effort advocating and even testifying on Capitol Hill about our profession, which was not well defined, and our cybersecurity efforts therein, which were not well discerned from IT perceptions.

When Automation Federation (AF) refocused its efforts in 2007 with both automation profession advocacy and industrial automation and control system (IACS) cybersecurity as two of its strategic imperatives, we ventured forth to Capitol Hill with a message and a plan. We found that in general our lawmakers equated process and industrial automation as “IT” and thought that IT was already addressing cybersecurity in terms of identity theft and forensics, and that the Department of Defense was handling cyberprotection for national security. For the next several years, AF built its story around cyberthreats in the operational technology (OT) area and how ISA99 through its series of standards, technical reports, and work group output was providing guidance for asset owners, system integrators, and control system equipment manufacturers specifically for securing IACS.

The operating philosophy of IT cybersecurity versus OT cybersecurity is quite different. Although the approach of shutting down operations, isolating cybersecurity issues, and adding patches may work well to mitigate IT breaches, the same cannot be said for operating units in a real-time process. In short, it really is not feasible to “reboot the plant.” The message resonated enough for us to help create the Liebermann-Collins Cybersecurity Senate Bill introduced in 2012, but opposition (more political than reasonable) doomed this first effort.

In 2013, the President issued Executive Order 13636 for enhancing cybersecurity protection for critical infrastructure. It included directing the National Institute of Science and Technology (NIST) to establish a framework that organizations, regulators, and customers can use to create, guide, assess, or improve comprehensive cybersecurity programs. Of the more than 200 proposals submitted by organizations receiving a request for proposal, almost all were IT-based. The AF/ISA submittal took the perspective of operational technology backed by the strength of the existing ISA99 set of standards. After a set of five framework meetings of invited participants, including the AF “framework team,” over the course of 2013, the OT and IACS teams were much more successful in defining the needs, and the automation message was much better understood. NIST personnel with legislative experience with AF on the 2012 Senate bill understood that private industry is a key piece of the cybersecurity and physical security puzzle.

AF organized a series of NIST framework rollout meetings in 2014 around the country with attendees from the AF team, NIST, and the White House. The meetings were hosted by state manufacturing extension partnerships, which are state units of NIST. After these meetings and more work with Senate lawmakers, a bipartisan Senate bill, The Cybersecurity Enhancement Act, was signed by the President and put into law in December 2014 (www.congress.gov/bill/113th-congress/senate-bill/1353). In summary, the act authorizes the Secretary of Commerce through the director of NIST to facilitate and support the development of a voluntary, consensus-based, industry-led set of standards and procedures to cost effectively reduce cyberrisks to critical infrastructure. As you can imagine, ISA99, now IEC/ISA 62443, will play a more prominent role in securing the control systems of industry in the future through a public-private information-sharing partnership. Thanks for the foresight and fortitude of the ISA99 standards committee.