HI pump system material website in the United States began to put into use

It is reported, Hydraulic Institute (HI) (Water Institute) a new name The site began to formally put into use. It is a new beginning in the field of education in the United States. The main purpose of Pump Systems Matter (PSM) is to reduce pump energy demand in the northern part of the United States and boost the bottom line of trade gains by providing pump users with a strategic, comprehensive range of energy operations and demonstrations of optimized solutions.


According to the institute, this site provides users with an instructional resource that begins with an optimized pump system. Users can download the PSIM, a free, guided software tool to provide a review of complex pump system designs, as well as download case studies, authoritative reports, energy-saving in-the-air reports, As well as more information to enhance the energy saving bottom line and the interests of the community.

According to the U.S. Department of Energy (DOE), pumping systems account for nearly 25% of industrial electricity demand, and in some operating areas of industrial plants, the range involved has almost reached 50%. Industry, municipalities, and many other parts of the northern United States are energy-intensive. Case studies show that good system design and more efficient pump operation can often save up to 20% on energy consumption and provide a much broader space for energy savings. According to HI, as national energy consumption continues to rise, PSM provides users with a much needed, ground-based, energy-saving option.

The PSM is open to all group agencies: public interest agencies, market trading groups, government agencies, users of pumps, contractors, consultants, engineering companies, trade, free coalitions, and pump manufacturers and drivers in the northern United States, Seals, Couplings, Bearings, Racks, Instruments, Control Systems, and Pump Effects Software.

HI launches Pumps Systems Matter website

The Hydraulic Institute (HI) has launched a new website called covering a new US educational initiative, Pump Systems Matter (PSM), the aims of lower energy needs in North America while improving the bottom-line profitability of businesses by providing pump users with strategic, broad-based energy management and performance optimization solutions.

According to the Institute, the website provides users with educational resources needed to get started with optimizing pumping systems. Users can also download Pump System Improvement Modeling (PSIM), a free educational software tool to help evaluate the overall design of complex pumping systems and download case studies, white papers, energy-savings tip sheets and more to improve bottom line savings and corporate profitability.
According to the US Department of Energy (DOE), pumping systems account for nearly 25% of industrial electrical energy demand and range up to 50% of the energy usage in certain industrial plant operations. Industrial, municipal, and many other sectors of the North American economy are energy intensive. Case studies have shown that better system design and more effective pump application can usually save 20% or more in energy costs and represent a large, frequently overlooked savings opportunity. With the continuing rise of energy costs across the country, PSMoffers pump users a very compelling, bottom-line oriented, energy savings opportunity, the HI says.

Membership of PSM is open to utilities, market transformation organizations, government agencies, pump users, contractors, consultants, engineering companies, trade and professional associations as well as North American pump manufacturers and suppliers of motors and drives, seals, couplings, bearings, housings , instrumentation and control systems and pump specific software.

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Scale inhibitors are a class of agents that can disperse insoluble inorganic salts in water, prevent or interfere with the precipitation and scaling functions of insoluble inorganic salts on metal surfaces, and maintain good heat transfer effects of metal equipment.
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