Source: IMI

With a patented algorithm and high output CV that delivers ultra-fast stroking times for enhanced safety performance, the SHP-SIS Safety Smart High-Performance Positioner works within pneumatic operating pressures of 150 PSI (2.5 to 10.5 bar) and ambient temperatures between -67 to 186°F (-55 to 85°C). The SHP-SIS’s built-in partial stroke testing (PST) and SOV diagnostic capabilities ensure compliance with functional safety requirements and assist in supporting preventative maintenance practices.

The positioner is designed with the ability to create a digital twin within the control system. This allows for faster online swap-overs during service periods, alongside online data monitoring and advanced online and offline diagnostics capabilities. Its digital twin technology also enables smart commissioning for faster set-up, with a complete digital inventory of valve configuration and performance history.

The SHP-SIS is available in low copper aluminum housing or 316 stainless steel and a painted option for harsh operating conditions. Its robust design includes a contactless travel sensor and tough touchscreen interface, with fully encapsulated electronics tested for high vibration and reliability. It is TUV-certified for SIS applications and is certified according to IEC 61508:2010 up to SIL 3.

Learn more about IMI's SHP-SIS Safety Smart High-Performance Positioner.

The company is expanding its APX rupture disc line. Now available in 6-inch and 8-inch sizes, the APX provides greater flexibility and protection for larger-diameter pressure relief applications across a wide range of industries.

Source: Continental Disc

The APX rupture disc is engineered for superior performance under demanding operating conditions. With high operating ratios (up to 95%), tight burst tolerances and a nonfragmenting design, the APX delivers precision pressure relief with minimal downtime and reliability.

The introduction of the 6" and 8" sizes meets growing demand in industries such as chemical processing, oil and gas, and energy, where larger piping systems and vessels require robust overpressure protection without compromising responsiveness or durability. The line also offers 95% operating ratio for maximum efficiency and is compatible with a full range of insert, reduced height, pretorqued and double-disc holders in various material.  contdisc.com.

Equilibar Introduces Series for High-Flow Applications

The IC Series is a new industrial collection of valves for back pressure, vacuum and flow control applications with high throughput. Featuring the company’s dome-loaded multiple-orifice technology, these valves and regulators provide best-in-class performance in a practical, compact size. They are easily customized for a variety of applications and are well suited for demanding gas, liquid and mixed phase fluid applications that involve high valve flow coefficient (Cv).

Source: Equilibar

Designed to offer virtually instantaneous control and precision for even the most challenging process conditions, a supple diaphragm is the Equilibar regulator’s only moving part, enabling frictionless operation. Because it is dome-loaded, it provides reliably stable pressure control. At the same time, the multiple orifice design results in an ultra-wide flow range. Port sizes for the IC Series are available from 1.5″ to 3″ standard, with custom sizes on request.  Equilibar.com

Harold Beck & Sons Launches Next-Gen Actuator

Harold Beck & Sons Inc.’s Beck 88-109 Multi-Turn Actuator is engineered for performance and longevity, and delivers maintenance-free, reliable control for rising and non-rising stem gate valves, large butterfly valves or any multiturn applications across the water, energy, manufacturing and process industries.

Building on decades of innovation, the Beck 88-109 is specifically for the harshest industrial conditions, offering rugged construction, advanced control and user-friendly features. Key advantages include durability, and a robust gear train that ensures reliable performance, even in demanding, continuous-duty modulating service; a no-burn-out motor; and a nonintrusive Wi-Fi configuration. In addition, end users benefit from maintenance-free operation, as the design eliminates oil baths and routine service points, minimizing downtime and reducing overall cost of ownership.

Source: Harold Beck & Sons Inc.

The 88-109 Multi-Turn Actuator is designed for water and wastewater treatment facilities, power generation plants, chemical and process plants, oil and gas transmission and refining or virtually any industrial setting. Haroldbeck.com

Rosemount Pressure Transmitter

The Rosemount 4051S Pressure Transmitter from Emerson offers the flexibility to meet the most demanding pressure measurement challenges by increasing performance and operational insights. It provides local real-time control and eliminates the need for a separate device, such as a programmable logic controller. This functionality is provided by two relay switches, each of which can be configured to provide on/off control of pumps, motors and other equipment. These switches can also provide alerts based on pressure, flow, totalized flow, level, volume or module temperature.

Source: Emerson

The transmitter is engineered to withstand the toughest processes and the harshest environments, with a 20-year warranty and 20-year stability specification, both unique to the pressure transmitter market. Fast response time of 40 milliseconds allows the 4051S to be used in the most demanding applications. A best-in-class 800:1 turndown ratio reduces the number of unique models needed to be kept in stock, streamlining inventory.

Advanced diagnostics provide more insights, with loop integrity continuously monitoring the health of the entire electrical loop to detect potential failures. The transmitter can also diagnose other abnormal conditions, such as cavitation, using its built-in process intelligence. Built-in calibration and diagnostic logs provide the information needed to optimize maintenance and perform root cause analysis.

Bluetooth connectivity from up to 50 feet (15 meters) away improves safety by allowing plant personnel to access the transmitter to avoid entering hazardous areas. emerson.com/Rosemount4051S

Source: Continental Disc

The APX rupture disc is engineered for superior performance under demanding operating conditions. With high operating ratios (up to 95%), tight burst tolerances, and a non-fragmenting design, the APX delivers precision pressure relief with minimal downtime and exceptional reliability.

The introduction of the 6" and 8" sizes meets growing demand in industries such as chemical processing, oil and gas, and energy, where larger piping systems and vessels require robust overpressure protection without compromising responsiveness or durability.

“We’re excited to offer these larger APX sizes to meet our customers’ evolving safety and operational needs,” said Trey Rothenberger, VP of Global Sales & Marketing at Continental Disc Corporation. “Our commitment to innovation and customer-driven design ensures that the APX continues to outperform the competition in toxic and corrosive environments with the low K_R factors, high cycling, and quality you’ve come to expect from Continental Disc.”

Key Features & Benefits

• Now available in 1” through 8” sizes
• 95% operating ratio for maximum efficiency
• Non-fragmenting, reverse-acting design
• Compatible with a full range of insert, reduced height, pre-torqued, and double-disc holders in various material.

The new 6" and 8" APX rupture discs are available to order now through Continental Disc’s global network of authorized representatives. For more information about the APX rupture disc or their full range of pressure safety solutions, visit www.contdisc.com.

Source: Equilibar

Featuring the company’s dome-loaded multiple-orifice technology, these valves and regulators provide best-in-class performance in a practical, compact size.  They are easily customized for a variety of applications and are well suited for demanding gas, liquid and mixed phase fluid applications that involve high valve flow coefficient (Cv).

The valves were designed to offer virtually instantaneous control and precision for even the most challenging process conditions.

A supple diaphragm is the Equilibar regulator’s only moving part, enabling frictionless operation. Because it is dome-loaded, it provides reliably stable pressure control. At the same time, the multiple orifice design results in an ultra-wide flow range.

Port sizes for the IC Series are available from 1.5″ to 3″ standard, with custom sizes on request.

The 88-109 Multi-Turn Actuator is designed for water and wastewater treatment facilities, power generation plants, chemical and process plants, oil and gas transmission and refining or virtually any industrial setting.

Battery Energy and Asset Management Storage Software from Emerson

The specialized battery energy storage system (BESS) features energy and asset management software for the Ovation Green portfolio of renewable energy solutions. Combining purpose-built power plant controllers, energy management strategies and supervisory control and data acquisition software (SCADA), Emerson’s BESS solution connects devices and systems across manufacturers, aggregating and contextualizing battery storage data into actionable insights to help optimize battery usage and extended battery life, enabling higher profitability, efficiency and sustainability.

Ovation Green BESS solutions include an advanced, specialized battery algorithm suite that streamlines battery control through out-of-the-box, customizable function blocks that distribute proportioned setpoints to individual components such as inverters and battery management systems. The resulting control strategy automatically optimizes charge and discharge cycles and grid interactions for fast, precise and reliable demand management. emerson.com

Rising Stem Ball Valve Added to Trillium’s Red Point Line

Trillium Flow Technologies’ legacy valve brand, Red Point, is known for its customized valve solutions tailored to customer specifications, rapid delivery times and engineering flexibility.

As an innovator in flow control, Red Point is adding a rising stem ball valve to its extensive production catalog of ball, check, double block and bleed, gate and globe valves. This latest innovation from the Netherlands-based engineering brand is designed to reduce friction on moving components, extend maximum service life and provide a low-maintenance design. The rising stem ball valve is widely used in the oil and gas industry, due to its robust design and reliable leak prevention.

The valve’s friction-free sealing and noncontact ball movement and single-seated design offer longer potential service life for applications with operating temperatures of -320°F to 840°F (-196°C to 450°C). The impact of thermal expansion is minimized by the valve’s design configuration.

Red Point’s newest model is suitable for dirty service, and offers a uniquely designed bottom trunnion to prevent solid particle ingress into the valve.

The distinct quarter-turn helix-shaped stem mechanism design is fully enclosed within the valve body, providing additional protection against environmental factors and eliminating the requirement for frequent lubrication. When closing the valve, the downward linear movement of the helix passing through the roller bars on the top of the ball causes the ball to rotate 90 degrees without physical contact, ensuring friction-free operation.

Regular ball and pin assembly designs often suffer from potential welding-related cracking issues. The new RSBV design eliminates this by employing a weld-free design, enhancing its reliability and longevity. Weld cracking and thermal expansion concerns were addressed by incorporating a non-shrink fitted/welded seat design. The valve also has an outside screw and yoke design. trilliumflow.com

Alfa Laval Launches AI-Based Condition Monitoring Solution

Alfa Laval has launched Clariot, a next-generation, AI-based condition monitoring solution built for hygienic process equipment to deliver accurate analysis and support. Clariot monitors equipment and processes, providing actionable insights that enhance uptime and optimize resource efficiency.

Clariot detects and identifies root causes of machine failures related to process, installation and mechanical conditions for hygienic processes including monitoring pumps and other rotating equipment. The Clariot VX sensor is designed specifically for wet production environments and for handling multiple changeovers on the process lines.

Clariot consists of Clariot VX sensor, Clariot Connect gateway and analytics, seamlessly integrated into a complete digital handshake, meeting IEC 62443-3-3-SLI cybersecurity requirements. alfalaval.com/clariot

New Bolted Bonnet Valve from Emerson

Emerson has announced its Fisher GX Bolted Bonnet Globe Valve and actuator system, designed specifically for controlling the flow of critical process fluids in applications in the downstream oil and gas, chemical and petrochemical industries, is being launched initially for the European market. The actuator can be serviced or replaced without exposing the valve internals or process media to the atmosphere, improving safety and reducing downtime.

Standard bonnets are designed so that the bolts securing the actuator yoke also hold the bonnet in place on top of the valve. Therefore, the actuator cannot be replaced or serviced without removing the bonnet and exposing the valve internals. Actuator repairs can be difficult in critical fluid applications as a result.

The Fisher GX Bolted Bonnet control valve addresses these difficulties associated with critical fluid applications by using a separate, high-strength locknut to secure the actuator’s yoke to the bonnet. This allows service technicians to easily remove and maintain the actuator while keeping the bonnet in place.

The valve comes standard with a pneumatic actuator but is also compatible with electric actuators. It works with electric actuators from many different vendors, providing flexibility to meet electric actuation requirements.

The Fisher GX Bolted Bonnet control valve extends the existing GX product line, continuing to provide simple sizing with its automatic actuator selection and easy configurability. Its compact size also allows for simplified installation in space-constrained areas. emerson.com

Engineered for versatility and reliability, Groth Models 88E and 88F serve a critical role in protecting storage tanks from overpressure and vacuum conditions while simultaneously preventing flame propagation. These dual-function valves are certified to the latest standards, including ATEX (EN ISO 16852:2016) and PED, and exceed API-2000 leak requirements — ensuring both safety and regulatory compliance. grothcorp.com

Source: Alfa Laval

Clariot detects and identifies root causes of machine failures related to process, installation and mechanical conditions for hygienic processes including monitoring pumps and other rotating equipment. The Clariot VX sensor is designed specifically for wet production environments and for handling multiple change-overs on the process lines.

Clariot consists of Clariot VX sensor, Clariot Connect gateway and analytics, seamlessly integrated into a complete digital handshake, meeting IEC 62443-3-3-SLI cybersecurity requirements. alfalaval.com/clariot

As an innovator in flow control, Red Point is adding a rising stem ball valve to its extensive production catalog of ball, check, double block and bleed, gate and globe valves. This latest innovation from the Netherlands-based engineering brand is designed to reduce friction on moving components, extend maximum service life and provide a low-maintenance design. The rising stem ball valve is widely used in the oil and gas industry, due to its robust design and reliable leak prevention.

Source: Trillium

The valve’s friction-free sealing and noncontact ball movement and single-seated design, offer longer potential service life for applications with operating temperatures of -320°F to 840°F (-196°C to 450°C). The impact of thermal expansion is minimized by the valve’s design configuration.

Red Point’s newest model is suitable for dirty service, and offers a uniquely designed bottom trunnion to prevent solid particle ingress into the valve.

The distinct quarter-turn helix-shaped stem mechanism design is fully enclosed within the valve body, providing additional protection against environmental factors and eliminating the requirement for frequent lubrication. When closing the valve, the downward linear movement of the helix passing through the roller bars on the top of the ball causes the ball to rotate 90 degrees without physical contact, ensuring friction-free operation.

Regular ball and pin assembly designs often suffer from potential welding-related cracking issues. The new RSBV design eliminates this by employing a weld-free design, enhancing its reliability and longevity. Weld cracking and thermal expansion concerns were addressed by incorporating a non-shrink fitted/welded seat design. The valve also has an outside screw and yoke design. https://www.trilliumflow.com/

Emerson announced the release of specialized battery energy storage system (BESS) solutions featuring energy and asset management software for its Ovation Green portfolio of renewable energy solutions. Combining field-proven, purpose-built power plant controllers, energy management strategies and supervisory control and data acquisition software (SCADA), Emerson’s BESS solution connects devices and systems across manufacturers, aggregating and contextualizing battery storage data into actionable insights to help optimize battery usage and extended battery life, enabling higher profitability, efficiency and sustainability.

The global battery energy storage market has reached an inflection point as technology advancements and global demand for sustainable electricity drive increasing value in renewable energy storage and grid management. As the International Energy Agency forecasts global electricity demand to grow at close to 4% annually through 2027, grid operators are bracing for increased load demand — a shift that will create dynamic changes in energy markets. Battery storage sites can capitalize on this market shift, but only if they can navigate the complexities of battery energy storage operation: siloed data, higher maintenance costs and a need for flexible operation to allow for safe, effective and efficient demand management.

“Today’s energy producers are increasingly creating hybrid projects with multiple renewable energy types — solar, wind, battery and more — aggregated together,” said Bob Yeager, president of Emerson’s power and water business. “This wide array of options empowers them to get the best return on investment, whether supplying energy directly to the grid in times of high demand or storing it when demand is low. Capitalizing on constantly shifting markets means switching operating modes quickly on demand. This in turn requires a powerful, proven battery energy management system that integrates seamlessly with the site’s SCADA system.”

Ovation Green BESS solutions include an advanced, specialized battery algorithm suite that streamlines battery control through out-of-the-box, customizable function blocks that distribute proportioned setpoints to individual components such as inverters and battery management systems. The resulting control strategy automatically optimizes charge and discharge cycles and grid interactions for fast, precise and reliable demand management.

Emerson’s collaboration with Zitara Technologies, a leader in advanced battery management software, expands Ovation Green BESS capabilities by integrating cutting-edge battery management with the industry-leading Ovation Automation Platform. The enhanced solution provides operators with instant and accurate visibility into the state of charge and health conditions for batteries, improving the site’s energy power and availability forecasting and adding predictive safety features.

Through increased visibility and more granular control of all batteries, BESS owners and operators can achieve optimized battery usage and extended battery life, enabling higher profitability, efficiency and sustainability. In addition, the more standardized, repeatable approach to battery energy management enables faster deployment across multiple sites, reduces site visits and ensures consistent operations by eliminating the need to train every operator on a wide variety of OEM battery management interfaces.