Editorial: Why are Electric PRVs Replacing Self-Piloting Steam Regulators?

15.02.2024 -

A trend has been gaining steam. Electric modulating pressure-reducing valves (PRV) are increasingly replacing traditional self-piloted regulators in steam systems.
The adoption of this “smart” technology is part of the overall trend of digitally connecting all components to building automation systems (BAS) for greater visibility and control and for lower energy consumption.

Pilot Solenoid Valves Provide pH Control Despite High Backpressure

21.12.2023 -

The City of Bremerton, Washington needed to build a system to bring its pH levels in line with the Lead and Copper laws, with the flexibility to compensate for a variety of water sources. Dealing with pH levels below neutral, the Engineering Division of Bremerton Public Works and Utilities had to provide a system for injecting caustic soda into the water main.

ITT Engineered Valves Announces New Cam-Tite Ball Valve GV Series

16.05.2023 -

ITT Inc.’s Engineered Valves announced the launch of the Cam-Tite Ball Valve GV Series, an innovative valve solution designed as a direct dimensional and upgraded replacement for severe service applications. The GV Series utilizes advanced sealing technology to isolate and contain highly hazardous liquids and gases to protect the safety of operators and prevent fugitive emissions.

Xylem Appoints Earl Ellis to Board of Directors

09.03.2023 -

Xylem announced that Earl Ellis has been appointed to the Company’s Board of Directors. Mr. Ellis currently serves as Executive Vice President and Chief Financial Officer of ABM Industries Incorporated, a facility services company with approximately $8 billion in annual revenue. In addition to his role at ABM, Ellis brings 25 years of experience from across the finance function in large, publicly traded companies.

New Materials for Highly Flexible Flange Coupling

28.11.2022 -

KTR has extended the product line of SINULASTIC by the new materials synthetic rubber (EPDM) and silicone rubber (SI). The highly flexible elastomer materials are particularly suitable for the use with ambient temperatures up to + 100° C resp. + 130° C.