The Hydraulic Institute’s Energy Rating Program has expanded to include efficient circulator pumps. These ratings provide test data from third party audited labs that make pump energy cost savings credible and easier to assess.
Maybe this has happened to you: You install a new pump or put a pump back online after a repair or rebuild. Then you turn it on and the pressure is not what you expect.
Some pumping systems are designed and built to work under consistent operating conditions. They move the same amount of liquid at the same pressure all the time.
Pump maintenance is often left to technicians, and that can turn into a problem. While techs know how to keep a pump rotating, they don’t always have the training to pick up on the early warning signs of trouble.
Maintenance strategies can be reactive, preventative, or predictive. Each strategy has its place, but predictive maintenance often provides substantial benefits, such as catching problems before they reduce efficiency or lead to failure.
Mike Assante, who manages water system capital improvements as an engineering project manager for the City of Englewood, Colo., since September 2020, has been around a lot of pumps in his career. So, when he heard about an old pump making unusual noises, he was ready to spring into action.
Let’s face it, no matter how well you know your pump system it’s good to have an accurate, up-to-date reference when it comes to checking up on pumping fundamentals, fluid properties, and pipe system friction losses. Whether it involves changing the setpoint of an active valve or reviewing wear when pumping slurries, the Hydraulic Institute’s Engineering Data Library is an important resource.
In this interview, Howard Merson, senior manager of trade ally strategy and management, and Kyle Coumas, senior trade ally manager, at Energy Solutions, an employee-owned, mission-driven implementer. The two discuss how incentive programs work and how they could change the way we sell high-efficiency pumps.
When it comes to energy use, pumps are low-hanging fruit. They account for 25 percent of all energy consumed by industrial electric motors, and the figure is much higher for pumping intensive applications like municipal water, wastewater, and process plants.
We use cookies to ensure that we give you the best experience on our website. If you continue to use this site we will assume that you are happy with it.