This standard includes a detailed summary of rotary pumps providing design considerations plus industry standards for installation, maintenance and operations.
This thorough standard features exact procedures required to perform a hydrostatic test and the accompanying performance tests.
An encyclopedic standard to sealless magnetically driven rotary pumps providing applications, installation, operations, maintenance and testing guidance.
This webinar explains how to use the ANSI/HI 5.1-5.6 standard for sealless rotodynamic pumps.
A Vital Standard to Reciprocating Power Pumps, Their Design, and Selection for Specific Industries.
This standard is an extensive guide on testing the performance of reciprocating power pumps.
A thorough overview of controlled volume metering pumps with guidance on design and applications.
This standard provides the detailed procedures on NPSH testing of controlled volume metering pumps.
An expansive standard to educate users regarding metering pumps and the various processes involved.
An Essential Standard on The Design, Application, Operation and Maintenance of Direct Acting Pumps.
This is an in-depth standard on all positive displacement and rotodynamic pumps for commercial or industrial usage.
An extensive standard to understand NPSH margin and how it applies to rotodynamic pumps.
This streamlined standard covers applied nozzle loads with guidance on the requirements for various pumps.
A Detailed Standard Outlining the Allowable and Preferred Operating Region (AOR/POR) of Rotodynamic Pumps.
This standard provides an in-depth analysis of vibration measurement and the maximum allowable vibration limits.
This detailed standard addresses the detection and prevention of pump failure for rotodynamic pumps.
This standard provides the principles of pump piping and performance of rotodynamic pumps.
This all-encompassing standard covers the performance of liquid viscosity of single and multi-stage rotodynamic pumps.
A Detailed Standard That Provides Guidance on the Various Dynamics on Pumping Machinery.
This is an essential standard for understanding pump intake design and maximizing efficiency of the system.
A Foundational Standard on the Application and Operations of Air Operated Pumps.
This extensive standard covers the procedures of testing the performance of air operated pumps.
With this standard, understand the various performance standards that are involved with rotodynamic testing.
A Preliminary Standard Providing Guidance on the Design, Application Operation and Maintenance of Rotodynamic Slurry Pumps.
This essential standard outlines the proper hydraulic performance testing involving rotodynamic pumps.
This standard provides a streamlined method to predict efficiency points of rotodynamic pumps.
This Standard is Utilized by Accredited Pump Facilities to Test Rotodynamic Pump Efficiency.
A Comprehensive Guide to the Hydraulic Institute's Energy Rating Program and How It Benefits Various Parties.
An Informative Guide on the Benefits Associated with Pump Test Laboratory Approval.
Learn how to perform life cycle cost assessments for pumping systems featuring step-by-step instructions.
The Engineering Data Book is a Critical Guide For Understanding Fluid Dynamics and Flow In Relation to Piping.
This guidebook is a must-read for all engineers, pump and seal professionals, end users, consulting engineers, distributors and pump OEMS.
An informative guide on power plant pumps featuring methods to increase efficiency and reliability.
This book is an informative guide for the application, installation and troubleshooting of variable frequency drives.
An instructive guide on the reliability of rotodynamic pumping, featuring ways to improve safety and cost savings.
This is an instructional guide to support decision making regarding the layout and operations of water treatment plant pumps.
This is a current guide on the various types of wastewater treatment plant pumps and their proper operation.
This is a general guide to addressing variable speed pumping for pump industry professionals and users.
A foundational guide to the various types of flexible couplings, the features and correct functioning.
The Pump System Assessment Body of Knowledge (PSABOK) is the principal resource for professionals conducting pump system assessments.
The PSAP certification study guide features test questions, answer explanations and successful test strategies to prepare for the certification exam.
This 5-module fundamental course covers centrifugal fluid transfer principles, pump designs and applications. Attendees can earn 5 PDH credits.
This 5-module fundamental course covers PD fluid transfer principles, pump designs and applications. Attendees can earn 5 PDH credits.
Earn 8 PDH credits through an 8-module introduction course featuring methodologies and processes to manage and conduct pump system audits.
This webinar reviews the recently updated normative ANSI standard (including appendices) for vibration acceptance testing.
This webinar discusses the benefits to pump longevity when the NPSHA is greater than the NPSHR by a suitable margin and suggests margins for specific applications.
This webinar discusses the differences between component optimization and system optimization and demonstrates how analysis software can be used.
This webinar covers proper monitoring practices and typical indicators to monitor in a pumping system.
This webinar outlines the general concepts for using a variable frequency drive in pumping applications and covers their fundamental principles of operation.
This webinar provides an overview of the power generation industry and details the different power plant configurations.
This webinar reviews the ANSI/HI standard 12.1–12.6 for slurry pumps and provides guidance on how to interpret and apply the guidelines and recommendations given in the standard.
This course presents an overview of wastewater treatment plants (WWTPs) and the pumps used in wastewater applications.
This webinar reviews the ANSI/HI 9.6.8 guideline, Rotodynamic Pumps: Guideline for Dynamics of Pumping Machinery and explains how the need for dynamic analysis for pumping machinery is determined.
This webinar reviews the new variable speed pumping guidebook and how to use variable speed pumping for more efficient and better controlled pumping.
Achieve greater energy efficiency and increase pumping reliability by enrolling in the full day pump system optimization course. Learn all the ways to improve the performance of pumping systems. Earn 7 PDH credits.
For more information on hosting a course, or finding a course located close to you, contact HI at training@pumps.org
Learn the key methodologies and processes to conduct and manage any comprehensive pump systems assessment project. Develop skills to identify a broad range of system improvement opportunities. Earn 7 PDH credits.
For more information on hosting a course, or finding a course located close to you, contact HI at training@pumps.org
Are you planning to take the Pump Systems Assessment Professional examination? Get prepared by enrolling in the full-day PSAP Preparation Course. In this course, attendees are taught by leading subject matter experts using the new PSAP exam study guide. Earn 7 PDH credits.
For more information on hosting a course, or finding a course located close to you, contact HI at training@pumps.org
Advance your career and set your organization apart with a professional certification in pump systems assessment.
This webinar provides an explanation of water treatment plant operations and introduces the Pump Selection Guide Chart, which instructs the process for selecting pumps for water treatment plants.
A comprehensive standard on pump monitoring and preventing failure of sealed and sealless rotary pumps.
This standard applies to IOM manuals for all rotodynamic pumps For additional instructions on sealless rotodynamic pumps, see ANSI/HI 5.1-5.6 Sealless Rotodynamic Pumps for Nomenclature, Definitions, Application, Operation, and Test
An essential guide cultivated by 22 industry experts on the optimization of pump systems to increase cost savings.
This webinar offers an overview of design objectives, required inlet bell design diameter, submergence requirements, using the Rotodynamic Pumps for Intake Design (ANSI/HI 9.8-2018) standard for proper instructions on intake structures for clear liquids and solids-handling pumps
The purpose of the Hydraulic Institute Circulator Pump Energy Rating Program Guideline is to define the requirements to participate in and list circulator pumps in the Hydraulic Institute Energy Rating Program.
This free on-demand webinar will bring you up to speed on the impact of the DOE Energy Conservation Standard & Test Procedure for pumps.
Learn the the requirements to conduct a pump system assessment.
This standard is an essential overview of rotodynamic pumps, definitions, and various parts.
This Foundational Standard Provides Direction on the Operation And Testing Of Sealless Rotodynamic Pumps.