- Published on Tuesday, 21 July 2015 12:36
- Written by Kate Kunkel
As valve end-user industries become more complex and demanding, manufacturers and suppliers must develop and find better, more efficient products to do the work. For that reason, resources are increasingly allocated to the research and development (R&D) teams that can create the technologies needed.
- Published on Tuesday, 26 May 2015 15:26
- Written by Arie Bregman and Kate Kunkel
Additive manufacturing (AM), also called 3D printing, is likely to transform the production of physical goods, including valves and actuators, in the same way the Internet drastically changed the information business model. It is now possible through AM to manufacture goods at locations where they are needed rather than where labor costs are lowest. That kind of model could change the concept of “just-in-time delivery” to “just-in-time manufacture where it is needed.”
- Published on Monday, 11 May 2015 17:52
- Written by Paul Bodgan
Superstorm Sandy made landfall Oct. 29, 2012 on the eastern seaboard of the United States, resulting in unprecedented flooding in the New York City metropolitan area. Flood levels zoomed past the previous record of 10 feet in the southern portion of Manhattan to reach 14 feet, and wave heights in New York Harbor were measured as high as 32 feet.
- Published on Wednesday, 04 March 2015 08:51
- Written by Genilee Parente
A universal issue that comes up at almost any event today is the need to attract new people with the right skills into the specialized, technical fields where valves and control devices are made and used. But to solve that problem requires something that many of those doing the hiring and training don’t have: an understanding of the differences between the generations of yesterday and those of tomorrow.
- Published on Tuesday, 17 February 2015 10:05
- Written by Keith Erskine and Vince Mezzano
The combination of North American shale fields that continue to fuel high levels of new domestic oil and gas projects and ongoing global efforts means the need for efficiency in instrumentation selection has never been higher. To drive efficient work processes with a younger, less experienced workforce requires an understanding of regulator and control valve functionality, an understanding that will lead to optimal selection in minimal time. This article is intended to address these issues.