Join the movement and make your plans to visit Las Vegas, December 6-8, 2022, as thousands of professionals from all sectors of the groundwater industry come together to discover solutions to current and future challenges.
The acquisition of any highly engineered plant comes with the challenges of adopting and adapting to assets with unknown history or reliability track record. Turning to an Independent Service Provider (ISP) with best-in-class technology and engineering solutions is the best approach – both to time and costs saving. For Sulzer's client, their new Delaval Topping […]
Cornell Pump is offering our first Pump School in Europe in more than 20 years—and space is filling up quickly! You should attend for: Great instruction Networking Mix of classroom and practical learning Fun—exciting receptions and dinner in the great location of Venice, Italy! Modeled after our highly successful school in Portland, Oregon, the European […]
![Root Cause Investigations Crash Course [Webinar Series]](http://test.empoweringpumps.com/wp-content/uploads/2022/12/IDCon-Root-Cause-Investigations-Crash-Course-Webinar-Series.png "IDCon Root Cause Investigations Crash Course [Webinar Series]")
In this next course from IDCON, Inc., Tor Idhammar talks about “What's the problem with your problem statements?” where you’ll learn why setting up the problem correctly is fundamental for successful RCFA investigations and tips on how to improve. Register, now!
Join instructor Bob Jennings as he discusses the defining features of different pump configurations and the reasoning behind their application. The webinar will take place from 2:00 – 3:30 pm US Central time (Chicago). Registered users will receive a link to a recording if they are unable to watch live.
Join Industrial Flow Solutions for a LIVE Demonstration of the OverWatch Direct In-Line Pump System! OverWatch is a breakthrough technology designed to lift influent at the point of entry, eliminating the wet well. Influent is contained, eliminating odors, and reducing maintenance. Hear from Jay Irwin, Chief Operator at The Village of Sherman Wastewater Treatment Plant […]
The International Production & Processing Expo (IPPE) continues to evolve and grow to meet the needs of its attendees and exhibitors. For 2023, the conference looks forward to being in-person again at the Georgia World Congress Center in Atlanta. Mark your calendar for Jan. 24-26, 2023. You will not want to miss it! IPPE focuses […]
A great feature in AFT software is the ability for customization. There are many standard options AFT provides for you to use such as pipe materials, fluid properties, components & fittings, pipe insulation, etc. But when you have your own data, it is very easy to create your own custom library with that information. Learn […]
Join instructor John Roberts as he introduces considerations for reciprocating pump design, operation, and troubleshooting. Webinar will take place from 2:00 – 3:30 pm US Central time (Chicago). Registered users will receive a link to a recording if they are unable to watch live.
The AHR Expo is the essential event for HVACR professionals, attracting the most comprehensive gathering of the industry from around the globe each year. The show provides a unique forum where manufacturers and suppliers of all sizes and specialties come together to share ideas and showcase the future of HVACR technology.
When steam turbines trip the turbine stop valve closes rapidly which generates a steam hammer transient wave. This wave can cause significant transient loads on piping. The de facto method of predicting these loads is the Goodling Method from the 1980s. AFT’s newest software product AFT xStream revealed that the Goodling Method was not always […]
When steam turbines trip the turbine stop valve closes rapidly which generates a steam hammer transient wave. This wave can cause significant transient loads on piping. The de facto method of predicting these loads is the Goodling Method from the 1980s. AFT’s newest software product AFT xStream revealed that the Goodling Method was not always […]