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Systems
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Application Guideline for Variable Speed Pumping
Current Version: 2017
Next Version: TBD
Scope: Variable speed drives in pump systems are now a mature technology, which can generate large benefits to the user in cost savings and reliability improvements, in the right applications. However it is apparent that opportunities for lower life cycle costs are being missed by continuing to use traditional control methods.
Co-Chair: Julian Atchia - SJE-Rhombus
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Co-Chair: Christopher Johnson - Xylem Inc.- Applied Water Systems
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Currently Not Seeking Members
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Pump Application Guideline: Water Treatment Plant Pumps
Current Version: 2017
Next Version: TBD
Scope: This guidebook is intended to assist in the understanding of the general layout, components, and operation of a typical water treatment plant. The intention is to provide the guidance necessary to select pump types, pump materials, and auxiliary components so the pumping system performs effectively, efficiently, and reliably in the various plant operations.
Chair: Rodney Mrkvicka - Smith & Loveless, Inc.
Vice Chair: Constantino Senon - MWH Americas Inc
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Currently Not Seeking Members
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Pump Life Cycle Costs: A Guide to LCC Analysis for Pumping Systems
Current Version: 2001
Next Version: TBD
Scope: To promote the education of users, engineers, and pump producers in the concept of “life cycle costing” for pumps in the design and operation of pump systems and the selection of pump equipment To guide the development of a system for “life cycle costing” and to prepare appropriate education products to be used in the education process. Cooperate with EUROPUMP in the development of their “Enersave” program. Collaborate as much as possible to make “Enersave” and “Life Cycle Cost” compatible and share education products to the fullest extent. Cooperate with the DOE in the development of a U.S. “Pump Systems Challenge” similar to the recently introduced “Compressed Air Challenge”.
Chair: Rodney Mrkvicka - Smith & Loveless, Inc.
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Currently Not Seeking Members
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Reliability of Pumping Equipment: Guidelines for Maximizing Uptime, Availability, and Reliability
Current Version: 2015
Next Version: TBD
Scope: This guideline covers reliability factors and programs associated with maintaining rotodynamic (centrifugal and vertical), rotary pumps and associated ancillary components such as electric motor drivers, couplings, seals, bearings, foundations and operational and /or environmental parameters such as nozzle loads, intake conditions, vibration, and contamination.
Chair: Ralph Gabriel - John Crane Inc.
Vice Chair: Thomas Grove - AESSEAL Inc.
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Currently Not Seeking Members
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