Zero-Friction Flow: Trillium Launches the Red Point® Non-Contact Rising Stem Ball Valve to Cut Downtime, Boost Safety, and Perform in Demanding Applications

 

 

Join host Michelle Dawn Mooney for this special episode of FlowCast by Trillium Flow Technologies, as she sits down with Fred Jansen, General Manager of Trillium’s Netherlands facility, and Pepijn Esman, Engineering Manager for Red Point, to unveil the non-contact Rising Stem Ball Valve (RSBV)—a breakthrough engineered for extreme-service applications across oil & gas, petrochemical, power, and more.

From Concept to Launch: The RSBV Story
Fred and Pepijn trace the journey from customer pain points to first prototypes, revealing how strict reliability and fugitive-emission targets shaped every design decision. Developed entirely in-house, the RSBV reflects Trillium’s ability to respond to tight timelines while meeting high-performance demands.

The Non-Contact Advantage
Traditional ball valves rotate against the seat, creating friction and wear. The RSBV’s rising-stem design lifts the ball clear before rotation, delivering zero seat friction, longer service life, and consistent sealing. This innovation also minimizes the torque needed for operation, improving energy efficiency.

Helix Stem: Engineering in Motion
Pepijn explains the patented helix-shaped stem that converts linear motion into rotation, reducing torque requirements and enabling smooth, precise actuation—even under high pressure. This design ensures both durability and operational control in mission-critical settings.

Built for the Harshest Duties
Whether handling corrosive media, erosive slurries, or high-temperature steam, the RSBV excels where downtime is not an option. Fred outlines key specs and real-world scenarios in which the valve delivers immediate ROI. Applications include petrochemical isolation, power generation systems, and high-pressure gas containment.

Safety, Serviceability, and Speed
A blow-out-proof stem, visible open/close indicator, and true top-entry access keep crews safe and maintenance fast. In-house machining and stocked critical components mean Red Point can meet the industry’s shortest lead times—even with specialized testing requirements such as fugitive emissions and high-pressure gas protocols.

Trillium’s Customer-Centric DNA
The RSBV embodies Trillium’s commitment to innovation, quality, and solving real-world challenges—from strict emission standards to aggressive project schedules. The design showcases how Trillium continues to evolve its valve portfolio beyond Ballgate, Globe, and Jaxx offerings.

Tune In
Discover how friction-free design, helix-stem engineering, and Red Point’s agile manufacturing are redefining ball-valve performance. Listen now on your favorite podcast platform, and visit TrilliumFlow.com for detailed specs or to connect with your Trillium representative.

Subscribe to FlowCast for more insights on engineered valves, pumps, and actuators driving performance across power, oil & gas, water, and general industry.

Recent Episodes

In Puerto Rico’s renewable energy push, hands-on expertise is as vital as innovation itself. That’s why Sol-Ark, Discover Energy Systems, and SunSol brought their certified engineers to Aguadilla for an in-person installer training, spotlighting the Helios battery and Sol-Ark 15k inverter. Far from a mere technical session, the event underscored how proper installation and…

In the heart of Texas, where wide skies meet sprawling farmland, solar farm energy storage is quietly rewriting the rules of rural power. This particular installation showcases the synergy between Sol-Ark’s robust inverter technology and Liniotech’s high-capacity battery storage—proof that renewable energy is no longer just a supplement, but a cornerstone. The 100-kilowatt Liniotech…

In Santa Rosa, California, a new Sol-Ark Anova installation is showcasing what the future of resilient, intelligent energy systems can look like. This 30kW inverter, paired with L3-HVR technology and a robust 60kWh storage capacity, isn’t just a power solution—it’s a statement about where energy independence is headed. Designed to be smarter, stronger, and…