ValvTechnologies and Mead O’Brien: Delivering Critical Valve Solutions to the Midwest Power Market

ValvTechnologies has built its reputation on delivering zero-leakage, severe service valve solutions that meet the punishing demands of the power industry. Their portfolio delivers reliability, safety, and durability across a wide array of high-temperature, high-pressure, and abrasive environments found in modern power generation - from fossil and nuclear to combined cycle and co-generation plants.

At the heart of ValvTechnologies' offering is their signature V Series metal-seated ball valve line. These valves feature an integral seat design with HVOF RiTech® coatings, providing exceptional hardness (68-72 Rc) to resist corrosion, erosion, and wear. A proprietary body seal ring handles pressures exceeding 20,000 psi and temperatures up to 1400°F, ensuring high-integrity sealing in the harshest environments. Additionally, the NexTech live-loaded gland packing system utilizes Grafoil and carbon fiber/Inconel rings with Belleville springs to maintain emissions control and leak-proof performance even under intense thermal cycling.

The V Series spans multiple configurations—from compact low-pressure designs to large-bore, high-pressure models - offering ANSI/ASME Class 150 to 4500 service in sizes up to 36 inches. This modularity makes them a go-to solution for feedwater systems, boiler blowdowns, steam lines, and turbine bypass operations.

Complementing the V Series is the IsoTech® valve, a premium choice for large-diameter, high-energy piping systems in steam and feedwater applications. IsoTech® valves are field-repairable in-line, a critical advantage during outages. They utilize the same carbide overlays and spring-loaded sealing approach as the ball valves, achieving bubble-tight shutoff even under vacuum conditions. IsoTech® products come with ValvTechnologies' renowned four-year zero-leakage warranty and a delamination guarantee.

For applications requiring precision control, ValvTechnologies offers the Xactrol® control valve series. Designed for both liquid and gas service, the Xactrol® excels in high ∆P scenarios, handling cavitation, flashing, erosion, and vibration with ease. It's available in several configurations, each tailored for specific flow control needs, including the high-performance Mark III for sonic velocity gas and severe liquid service.

ValvTechnologies also address power plant safety and start-up operations with specialty valves, such as their ERV (Electronic Relief Valve) system and sky vent start-up valves. The ERV combines electronic monitoring with a zero-leakage isolation valve for overpressure protection, while the sky vent line safeguards plant equipment from thermal stress during start-up by precisely venting high-temperature steam.

Recognizing the importance of efficiency and lifecycle management, ValvTechnologies introduced ValvPerformance Testing™. This advanced acoustic monitoring system assesses valve performance across entire plants, supporting predictive maintenance and reducing downtime. Most facilities see a 1–4% gain in thermal efficiency after addressing problem valves identified by this testing.

To streamline procurement and integration, ValvTechnologies also offers pre-engineered packages, such as the ValvXpress®, which combines their high-quality V1-1 valve with an automated actuator system - ideal for customers who require rapid deployment without sacrificing performance.

In the Midwest, ValvTechnologies partners with Mead O'Brien, with offices in Kansas City, MO, St. Louis, MO, Tulsa, OK, and Calvert City, KY. Mead O'Brien stands out as a leading distributor of ValvTechnologies' high-performance products, serving power generation clients with local expertise, application support, and rapid response. Their partnership ensures that power plants across the region operate with maximum reliability, safety, and efficiency.

Mead O'Brien
https://meadobrien.com
(800) 874-9655

Mead O’Brien’s Steam & Hot Water Energy Surveys: Your Roadmap to Savings

Whether you operate a small plant with a handful of steam traps or manage a sprawling network of thousands across multiple sites, you face the same fundamental challenge: every failed or inefficient steam trap undermines your thermal utility performance, drives up energy costs and emissions, and exposes your team to unnecessary risk. A thoughtfully crafted steam trap management program tackles these issues head-on, tailoring inspection, maintenance, and repair schedules to your needs. Investing in such a program strengthens reliability, boosts efficiency, enhances safety, and significantly reduces your carbon footprint.

Imagine your facility without a steam trap management program in place. Steam traps age unevenly; some packings leak, and others stick open or drip. You miss hidden leaks that allow live steam to escape into condensate lines, and you let condensate back up in headers—conditions that cause water hammer, corrosion, and boiler inefficiency. Over time, you watch energy bills creep upward and maintenance calls spike. Your teams scramble to diagnose problems that a proactive program would have caught weeks or months earlier. Every delay in steam trap servicing translates into wasted fuel, lost production, and higher greenhouse gas emissions.

Now, picture a custom-designed program that scales perfectly to your operation. Whether you maintain ten steam traps or ten thousand, you begin with a complete baseline survey. Certified technicians walk your plant, noting each trap's type, rating, and service history. They test performance under load, measure differential pressures, record discharge conditions, and capture infrared imagery to pinpoint heat loss. They log every detail in a centralized database, where you can track each trap's health over time. From this data, you develop a tiered inspection cycle: critical traps see monthly checks, secondary traps undergo quarterly testing, and low-risk units receive semi-annual reviews. Nobody treats every trap identically; you focus effort where it matters most.

Implementing a target-driven program every facility manager craves feels empowering. Maintenance teams receive work orders that tell them exactly which traps to test, what readings to collect, and when to replace faulty units. You avoid surprise failures that force emergency shutdowns and eliminate guesswork about which traps demand immediate attention. By integrating digital monitoring and real-time alarms, you even watch live steam loss events as they occur, enabling instantaneous intervention. Staff safety improves when you reduce the number of urgent repairs in high-temperature zones and lower the risk of scalding incidents and costly downtime.

Efficiency gains follow rapidly. You rescue condensate that would otherwise vanish down the drain, reducing boiler feedwater makeup and the energy required to heat cold water from the tap. You cut fuel consumption by preventing live steam wastage and optimize boiler control sequences because traps discharge exactly as intended. These measures routinely deliver payback periods of under a year in a medium-sized facility. In a complex multi-plant network, centralized reporting reveals system-wide trends, empowering you to standardize best practices, negotiate better service contracts, and allocate resources more strategically.

Safety never takes a back seat. A strong steam trap management program enforces rigorous testing protocols, ensures that trap replacements meet manufacturer specifications, and mandates immediate isolation of any trap that leaks or sticks. Technicians work from up-to-date piping and instrumentation diagrams, follow lockout-tagout procedures, and wear protective equipment when inspecting live steam systems. You reduce the potential for water hammer and overpressure incidents and demonstrate to regulators and insurers that you run a disciplined, compliant operation.

Most importantly, steam trap management delivers a substantial carbon footprint reduction in today's energy-conscious world. Every pound of steam you lose represents carbon emissions that skip your greenhouse gas inventory and drive climate change. You slash CO₂ emissions equivalent to taking cars off the road by rescuing even a small percentage of lost steam. Stakeholders appreciate your commitment to sustainability, and you position yourself to thrive under tightening emissions regulations and potential carbon pricing mechanisms.

You need a partner with proven expertise, comprehensive surveying capabilities, and a deep understanding of steam and hot water systems to unlock these benefits. Mead O'Brien, based in Kansas City, MO, offers precisely that. Their steam and hot water energy surveys identify and quantify energy losses throughout your operation, examining steam pipes, industrial and commercial boilers, and hot water systems. Their technicians assess every critical component—from steam traps and condensate pumps to pumping traps, temperature and pressure controls, heating coils, heat exchangers, strainers, air vents, sump ejectors, water mixing valves, and hot water heaters. With detailed findings and actionable recommendations, you gain the insight to design a customized thermal system management program that ensures peak performance, lower utility costs, safer operations, and a smaller carbon footprint.

Mead O'Brien
https://meadobrien.com
(800) 874-9655

Mead O’Brien: Committed to Customer Needs in Evolving Industrial Environments

Mead O’Brien began operations in 1961 with a clear purpose: to supply reliable industrial process solutions that help organizations run safely and efficiently. Over the decades, it has built a reputation for quality by providing valves, actuators, and process instrumentation to customers in Missouri, Kansas, Nebraska, Iowa, Oklahoma, Arkansas, Southern Illinois, Indiana, Western Kentucky, and the Texas Panhandle. This consistent focus on dependable products and attentive service has allowed the company to grow and adapt in ever-changing markets.

Leaders at Mead O’Brien understand that each market demands specialized equipment and expertise. The company supports Power Generation facilities by delivering products that withstand extreme temperatures and pressures while meeting strict safety standards. Refining and Chemical Processing offers valves and instrumentation that maintain process integrity and reduce downtime. The Pipeline sector relies on Mead O’Brien’s knowledge of flow control and leak prevention, while Tank Farms and Terminals benefit from equipment that ensures accurate measurement and efficient product transfer. Food and Beverage operators seek hygienic solutions that safeguard product quality, and Process and Packaging environments require devices that keep production lines running smoothly and consistently.

In Engineering Services, Mead O’Brien collaborates with project teams to specify the equipment for complex installations. This approach streamlines planning and prevents costly mistakes. Water and Wastewater Treatment facilities depend on the company’s ability to recommend valves and instruments that handle corrosive materials and maintain regulatory compliance. HVAC Systems often need components that optimize energy usage and maintain comfortable conditions, and Mead O’Brien supplies these items while backing them with practical advice on best practices.

Quality products play a significant role in the company’s longevity. Mead O’Brien selects items from manufacturers who prioritize performance, durability, and compliance with industry regulations. This approach eliminates frequent failures, reduces maintenance expenses, and ensures that customers confidently operate their facilities. When a plant manager invests in valves or actuators that stand up to continuous usage, that manager saves time and money. Mead O’Brien recognizes that this level of reliability benefits both the end user and the broader operation.

Outstanding customer service also drives Mead O’Brien’s long track record. Team members prioritize timely communication and practical problem-solving in every interaction. customers consult with technical staff who understand the specific demands of each process, and those staff members use their knowledge to recommend suitable products. This focus on helpful support and honest guidance builds trust, which leads to repeat business and solidifies the company’s reputation in competitive markets. Management at Mead O’Brien also invests in ongoing training so employees stay informed about emerging technologies and updated regulations.

Although product quality and service set Mead O’Brien apart, fair pricing remains equally important. Customers often balance tight budgets with the need for durable, high-performing solutions. Mead O’Brien helps by working with suppliers to secure favorable terms and passing those savings to customers. This effort demonstrates that delivering value matters to the company’s leadership.

Mead O’Brien proves that “standing the test of time” depends on more than favorable circumstances. The company’s success reflects a deliberate focus on meeting customer needs, selecting top-tier equipment, and maintaining competitive pricing. Customers  rely on its services in various industries because they see a provider that understands their challenges and responds with proven solutions. By dedicating itself to these principles, Mead O’Brien remains a stable partner for those who demand consistent performance and trustworthy expertise.

Mead O'Brien
https://meadobrien.com
(800) 874-9655

Understanding Modern Valve Automation: From Components to Implementation

Valve automation equips industrial valves with power-driven devices and control systems that regulate flow without manual intervention. Technicians and engineers rely on this technology in oil and gas, petrochemical, water treatment, and power generation industries. Through automation, operators manage complex processes with greater precision because automated valves respond quickly to changing conditions and reduce the risk of human error. Companies specializing in valve automation devote significant effort to designing reliable assemblies that react to various operating requirements, including extreme temperatures, high pressures, and corrosive environments.

Actuators power the opening and closing of valves and occupy a central role in every automated system. Electric actuators rely on motors that convert electrical energy into mechanical torque. They often suit applications that require precise control or when operators need immediate feedback on valve position. Pneumatic actuators, on the other hand, use compressed air to create linear or rotary motion. Many facilities favor pneumatic actuators in hazardous environments because they reduce the risk of sparks and feature simpler designs that handle demanding conditions. Engineers select materials and sizes that match the valve's torque requirements and operating parameters in both cases.

Limit switches monitor the valve's open and closed positions. They send signals to control rooms or supervisory systems, which allows operators to track a valve's status and detect problems before those problems escalate. Technicians usually mount these switches on the valve or the actuator so that moving parts trigger them at specific angles. Positioners provide tighter control by interpreting control signals and adjusting the actuator to match a desired setpoint. Most modern positioners accept standardized 4-20mA analog signals, with many supporting digital protocols like HART (Highway Addressable Remote Transducer) that enable two-way communication and advanced diagnostics. Some sophisticated systems utilize digital fieldbus networks such as FOUNDATION Fieldbus or PROFIBUS, allowing integration with distributed control systems. These positioners sense the valve's current position and adjust air pressure or motor speed to deliver a precise response. Operators who require consistent flow or accurate throttling strategies often rely on positioners to fine-tune valve movement.

A company that provides valve automation services begins by consulting with plant managers or project engineers to define system performance goals. These experts gather details about fluid properties, temperature ranges, flow rates, and safety requirements. They then select the appropriate valve type, actuator style, limit switch configuration, and positioner technology that will deliver reliable results. The engineering team creates detailed drawings and specifications that guide the fabrication process. Machinists and assembly technicians use these instructions to mount actuators and accessories on valves, ensuring that every component aligns accurately. They also incorporate solenoid valves, instrumentation, and necessary linkages to achieve smooth, coordinated motion.

Quality assurance specialists test every assembly under operating conditions that match real-world scenarios. They connect the fully automated valve to control loops and verify that actuators respond correctly to changing signals. They also confirm that limit switches transmit accurate position feedback and that positioners maintain proper flow and pressure levels. After the team verifies all parameters, they ship the assembly with documentation that explains installation procedures, maintenance requirements, and operational guidelines. Ongoing support often includes field services, troubleshooting assistance, and upgrades that extend the automated assembly's lifespan. This combination of engineering, design, fabrication, and after-sales support ensures that automated valves deliver the reliability, efficiency, and safety that modern industries demand.

Mead O'Brien
https://meadobrien.com
(800) 874-9655